Unfortified Plant-Based Dairy Alternatives May Increase Risk of Nutrient Deficiencies, Study Finds

Replacing dairy products with unfortified plant-based alternatives could reduce the intake of essential nutrients, according to a new study by the University of Surrey. Researchers found that even partial substitutions of milk, yoghurt and cheese with plant-based products could lower dietary levels of iodine, calcium, riboflavin and vitamin B12.

The study, conducted in collaboration with Queen’s University Belfast, highlights potential nutritional risks as more people adopt plant-based diets. Researchers suggest that mandatory fortification of plant-based alternatives and other foods, particularly bread, could help prevent deficiencies without compromising efforts to promote more sustainable diets.

Replacing Dairy Products Can Reduce Essential Nutrient Intake

Researchers analysed dietary data from more than 3,500 individuals aged between 18 months and 100 years. The information came from the UK’s National Diet and Nutrition Survey. Using a modelling technique, the team examined how replacing dairy products with commercially available plant-based alternatives could affect intake of four essential micronutrients: iodine, calcium, riboflavin and vitamin B12.

The findings showed that even relatively small reductions in dairy consumption could lead to noticeable declines in these nutrients. Iodine was particularly affected because most plant-based alternatives contain very little of it unless they are fortified.

Dr Katie Nicol, co-author of the study and Research Fellow at the University of Surrey, said:

“With the growing need to address environmental sustainability, many dietary recommendations are focused on plant-based diets and the reduced intake of animal products.

“With the rise in plant-based alternative foods, we need to know whether they are like-for-like replacements for the micronutrients that are found in dairy products. This is particularly important for vulnerable groups, including young children and adolescent females, who are more likely to be deficient in certain micronutrients, which could affect their overall health.”

The researchers found that replacing 20 to 35 per cent of dairy products with plant-based alternatives, under current market fortification levels, increased iodine inadequacy among adolescent females from 54 to 65 per cent. Among women aged 19 to 49, the figure rose from 32 to 42 per cent.

Complete replacement produced even greater shortfalls. Iodine inadequacy increased to 80 per cent among adolescent females and 72 per cent among adolescent males.

Iodine Deficiency Emerges as a Particular Concern

The study identified iodine as the nutrient most vulnerable to reduced dairy consumption. Iodine is essential for producing thyroid hormones, which regulate metabolism and support healthy growth and brain development. Adequate intake is particularly important during pregnancy, when the body’s iodine requirements increase.

Dr Sarah Bath, Associate Professor at the University of Surrey and lead author of the study, explained why the UK faces a particular risk.

“The UK is particularly vulnerable to iodine insufficiency due to a lack of an iodine fortification policy such as universal salt iodisation, which many other countries have.

“People may also be unaware of the importance of iodine, which is needed to make thyroid hormones to regulate our metabolism, support healthy growth and brain development. Iodine is particularly important during, pregnancy, when the requirement increases, but it is also essential prior to pregnancy to ensure that stores are optimised. People are also unaware that dairy products are a major source of iodine, particularly in the UK, and that plant-based alternatives, unless fortified, have a very low iodine content.”

The researchers highlighted adolescent females and women of reproductive age as groups that could be particularly vulnerable to inadequate iodine intake.

Food Fortification Could Help Prevent Nutritional Shortfalls

The team also investigated whether mandatory fortification of plant-based dairy alternatives could reduce the risk of nutrient deficiencies. The modelling showed that fortifying these products with essential micronutrients prevented declines in nutrient intake following dairy replacement.

However, iodine intake remained inadequate in 59 per cent of adolescent females, even after plant-based alternatives were fortified.

The researchers found that adding iodine-fortified bread to this strategy could further improve intake. This combination reduced iodine inadequacy among adolescent females to 37 per cent, making it the most effective approach examined in the study.

Dr Nicol emphasised the importance of balancing environmental goals with nutritional health.

“Nutrition policy must evolve in tandem with environmental targets however it is important that shifts towards more sustainable diets do not compromise on public health. Fortification of foods is one way that this could be achieved however government policy is needed to make this happen.”

Dr Anne Nugent from the School of Biological Sciences at Queen’s University Belfast also explained how the team developed its replacement scenarios:

“During the analysis, we first identified all foods and recipes containing dairy produce (milk, cheese and yogurt) in the national food survey for the UK, the National Diet and Nutrition Survey. Next, we conducted a series of replacement scenarios whereby we substituted the dairy present with an equal weight of plant based dairy alternatives. As the nutrient composition of dairy alternatives available on our supermarket shelves can vary, we also applied a condition to make sure that every dairy alternative we had identified in our previous market survey had an equal chance of selection. The last step was to examine the impact on dietary intakes of key nutrients following either the reduction or removal of dairy from the diet, replacing it with the dairy alternatives as above, and asking whether a series of fortification options could mitigate against any shortfalls in intake while avoid situations of excess.”


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Endangered Hawaiian Bird Uses Its Entire Body to Drill for Food, Study Reveals

A critically endangered Hawaiian bird has evolved an unusual way of finding food, using its distinctive beak and specialised body structure to drill into tree branches and extract insects. A new study published in the journal Ornithology provides the most detailed anatomical examination yet of the ‘akiapōlāʻau, revealing how its feet, ankles, wings and beak work together during feeding.

Researchers from the Field Museum and the University of Chicago found that the bird’s unusual anatomy allows it to fill an ecological role similar to that of woodpeckers, which are absent from the Hawaiian islands. The findings also offer insights into the evolution of native Hawaiian species and highlight the conservation challenges facing the island’s unique wildlife.

The ‘Akiapōlāʻau Has a Distinctive Two-Part Beak

The ‘akiapōlāʻau, pronounced Ah-key-ah-pole-ah-ow, has an unusual beak in which the upper and lower sections perform different functions. Researchers describe it as a “Swiss army beak” because its two parts resemble tools designed for separate tasks.

The upper bill is long, narrow and flexible, allowing the bird to reach into small openings in branches and extract grubs and caterpillars. Its lower mandible is shorter and stronger, enabling it to gouge holes into wood. This combination allows the species to access food sources in a way comparable to woodpeckers.

“The Aki is unique from every other bird that has ever evolved, and not just in Hawaii—it has features unseen in any birds,” says Alexander Clark, a PhD candidate at the University of Chicago, affiliate of the Field Museum, and lead author of the study. “Its lower bill and its upper bill are distinctly very different from each other.”

Researchers believe intense competition for resources in Hawaii’s evolving ecosystems may have contributed to the development of these specialised features.

“When the island of Oahu emerged from under the water, there was a relatively large explosion of animal species. This was undoubtedly due to the different species competing for valuable resources, like caterpillars, to feed their young,” says Paul Banko, co-author of the study and former researcher at the USGS Pacific Island Ecosystems Research Center in Hawaii.

Its Feet and Ankles Help Generate Drilling Force

Although scientists understood how the ‘akiapōlāʻau used its beak to find insects, the anatomical mechanisms behind its feeding behaviour remained unclear. The new study examined these adaptations in greater detail, identifying several features that help the bird drill into wood without injuring itself.

Researchers found that the bony structure inside its upper bill, known as the rostrum, is considerably shorter than the external bill. The bird also has proportionally shorter wings than comparable mainland species and a shorter femur, a feature that resembles adaptations found in unrelated woodpeckers.

The most significant discovery involved its feet and ankles. The ‘akiapōlāʻau has a proportionally large tendon associated with a muscle that flexes the ankle. This structure allows it to generate a powerful downward movement when striking wood.

Unlike woodpeckers, which primarily rely on their neck muscles when drilling, the ‘akiapōlāʻau uses momentum generated by its entire body. The movement begins with its legs and ankles before travelling through the rest of its body.

“Basically, it’s like if you’re swinging an ax to split a log, you’re putting your whole body in there. You’re elevating yourself, you’re almost on your tippy toes and then coming down. So is the Aki. They rear up and use their whole body. but that whole body downward force starts with dorsiflexion of the ankles. It starts with the legs, the anchor system of what they’re actually hammering.”

The researchers studied the bird’s anatomy using historical museum specimens from the UC Berkeley Museum of Zoology, Washington University Burke Museum and the Field Museum. The work also highlights the value of museum collections in understanding the physical adaptations of rare and endangered species.

Critically Endangered Bird Faces Growing Extinction Risk

The study comes at a crucial time for the ‘akiapōlāʻau. Experts estimate that fewer than 2,000 individuals remain in the wild, with the entire population living on the northeastern slope of a single mountain on Hawaii’s Big Island.

Hawaii has exceptionally high levels of endemism, meaning many of its plants and animals exist nowhere else. Its geographical isolation has encouraged the evolution of distinctive species and adaptations, but it has also made native ecosystems particularly vulnerable.

The number of terrestrial native species across the Hawaiian archipelago has declined over several centuries, with extinction rates increasing in recent decades.

“It’s really cool to study this species while it’s still alive,” says Clark, who spent 15 months in Hawaii studying endemic bird species. He notes that observing living birds provides opportunities to understand how unusual anatomical features influence behaviour in ways that fossil specimens alone cannot reveal.

“Hawaii is very unique in that you are confronted with actual extinction, it’s something that I still struggle with,” says Clark. “This is an objective, unequivocal, complete loss of these birds’ songs and of their behaviors. This is the reality that we’re living in, this aspect of complete loss in Hawaii that I haven’t witnessed anywhere else.”


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Over 21,000 Devotees Visit Tawang Monastery to Pay Homage to Buddha’s Sacred Relics

More than 21,000 devotees have visited Gaden Namgyal Lhatse, popularly known as Tawang Monastery, in Arunachal Pradesh to offer prayers and pay their respects to the sacred relics of Shakyamuni Buddha. The exposition, which has drawn visitors from Tawang and neighbouring regions, will remain open to the public until November 7, 2026.

The sacred relics have returned to Arunachal Pradesh after 13 years, giving Buddhist monks, nuns and devotees an opportunity to pay homage to the remains of Buddha. The exposition is being organised by the Ministry of Culture in collaboration with the International Buddhist Confederation (IBC) and the Government of Arunachal Pradesh.

Buddha’s Sacred Relics Return to Arunachal Pradesh After 13 Years

The relics were brought to Tawang Monastery from the National Museum in New Delhi. Their return holds considerable historical and spiritual importance for Buddhist communities across the region.

Originally discovered at Piprahwah in Uttar Pradesh in 1898, the relics represent an important chapter in the archaeological history of Buddhism. They have since been preserved at the National Museum, where they remain significant for their historical, archaeological and religious value.

The ongoing exposition allows visitors to connect with India’s Buddhist heritage and pay their respects to the sacred remains of Shakyamuni Buddha.

Special Exhibitions Highlight Buddhism’s Historical and Cultural Legacy

Alongside the relic exposition, two exhibitions have been organised at Tawang Monastery to explore different aspects of Buddhist history and heritage.

The International Buddhist Confederation has organised Unearthing the Sacred Piprahwa: The Story of the Holy Buddha Relics and Their Discovery. The exhibition documents the discovery of the relics and examines their historical significance.

The National Museum, New Delhi, has curated another exhibition titled Crossroads of Dhamma: Classical Legacies, Living Art, and Anthropological Perspectives. It presents the historical, artistic and cultural dimensions of Buddhism.

Together, the exhibitions offer visitors a broader understanding of Buddhism’s archaeological legacy, artistic traditions and continuing cultural influence.

Sacred Relics to Visit Bomdilla and Namsai Next

Following the conclusion of the Tawang exposition, the sacred relics will continue their journey across Arunachal Pradesh through two more locations.

The scheduled programme is as follows:

  • November 8-13, 2026: TGL Monastery (Lower Gompa), Bomdilla.
  • November 14-20, 2026: Golden Pagoda, Namsai.
  • November 21, 2026: Scheduled return of the relics to the National Museum, New Delhi.

The exposition reflects the Ministry of Culture’s efforts to preserve and promote India’s Buddhist heritage while sharing the teachings of Bhagwan Buddha. These teachings emphasise peace, compassion, wisdom and universal brotherhood.


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Ministry of Culture Partners With Google Arts & Culture to Digitise India’s Cultural Heritage

The Ministry of Culture, Government of India, has signed a Memorandum of Understanding (MoU) with Google Arts & Culture to digitise and expand public access to the country’s cultural heritage. The partnership will use digital technologies to document, preserve and showcase India’s monuments, archaeological sites, museum collections, manuscripts, traditional crafts and performing arts to audiences in India and across the world.

The agreement was signed during a virtual ceremony on November 5, 2026, in the presence of Shri Vivek Aggarwal, Secretary of the Ministry of Culture, and Amit Sood, Vice President and Founder of Google Arts & Culture.

The collaboration will cover heritage sites and collections managed by various institutions under the Ministry of Culture. These include monuments protected by the Archaeological Survey of India (ASI), national museum collections, manuscripts being documented through the Gyan Bharatam initiative, and traditional crafts, performing arts and cultural practices supported by the Ministry’s institutions.

Yuge Yugeen Bharat Museum to Be Digitised Under Partnership

A major focus of the collaboration will be the upcoming Yuge Yugeen Bharat Museum, which is being developed in New Delhi’s North and South Blocks.

Envisioned as a museum documenting India’s history across different periods, the institution will undergo digitisation to create a lasting digital record of its historic buildings and artefacts. The initiative will also provide the public with an opportunity to explore its collections and cultural significance before the museum is fully established.

Beyond the museum, the partnership aims to make India’s cultural heritage more accessible through digital platforms. The initiative will support access to heritage resources in Indian languages and across different devices, allowing wider audiences to explore the country’s cultural collections.

The Ministry described the agreement as part of a broader effort to integrate preservation, public accessibility and the development of India’s creative economy through collaborations involving cultural institutions and technology partners.

Google Arts & Culture Expands Its Collaboration With Indian Institutions

Google Arts & Culture has previously worked with several institutions under the Ministry of Culture, including the Archaeological Survey of India, the National Museum and the National Gallery of Modern Art. These collaborations have helped introduce their collections to wider audiences through digital platforms.

Commenting on the latest agreement, Shri Vivek Aggarwal highlighted the importance of using technology to preserve India’s cultural legacy and make it accessible to people across geographical boundaries.

“India’s cultural heritage is a living inheritance. It belongs to every citizen and speaks to the whole world. Our partnership with Google Arts & Culture brings technology to bear on documenting, preserving and sharing that inheritance, from our ancient manuscripts and monuments to the collections of our national museums and the upcoming Yuge Yugeen Bharat Museum. By making these treasures available in Indian languages and to audiences across the globe, we hope to bring more people closer to the story of Indian civilisation, and to safeguard it for generations to come.”

 

Amit Sood, Vice President and Founder of Google Arts & Culture, also emphasised the organisation’s long-standing engagement with India’s cultural heritage and the role of technology in preserving historical collections.

“For the past 15 years, Google Arts & Culture has been deeply inspired by India’s millennia of storytelling, artistic mastery and vast heritage. Our partnership with the Ministry of Culture represents a shared commitment to preserve India’s timeless treasures with the help of cutting-edge technologies. Whether supporting the vision for the Yuge Yugeen Bharat Museum or preserving historic manuscripts, we are honoured to deploy our technologies to bridge ancient heritage with modern accessibility, making these collections freely discoverable to educate, inspire, and delight curious minds everywhere.”

Partnership Aims to Improve Global Access to Indian Heritage

The agreement reflects the Ministry of Culture’s efforts to strengthen digital preservation and expand access to India’s historical and cultural resources.

By bringing together government institutions and digital technology platforms, the initiative will focus on documenting historical collections, preserving manuscripts and monuments, and showcasing India’s diverse artistic and cultural traditions.

The collaboration also aims to make these resources freely discoverable to audiences worldwide, creating opportunities for people to explore India’s cultural heritage through digital platforms.

The Ministry said the partnership reinforces its commitment to preserving the country’s civilisational legacy, supporting the creative economy and sharing India’s cultural resources with wider audiences in India and abroad.


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UIDAI Adds 300 Aadhaar Offline Verification Partners as App Downloads Near 7.5 Crore

The Unique Identification Authority of India (UIDAI) has onboarded 300 Offline Verification Seeking Entities (OVSEs) since the rollout of its Aadhaar App in January 2026, expanding the use of Aadhaar-based offline identity verification across multiple sectors. The development comes as the Aadhaar App approaches 7.5 crore downloads, reflecting growing adoption of digital identity services among residents.

According to a Ministry of Electronics and Information Technology announcement issued on November 5, 2026, the newly onboarded entities cover sectors including hospitality, hotels, healthcare, education, events, the gig economy and consumer-facing businesses.

The expansion aims to support secure, consent-based and paperless identity verification while allowing residents greater control over the personal information they share with service providers.

UIDAI stated that the growing network of offline verification partners reflects increasing adoption of privacy-focused digital verification systems. These mechanisms are designed to minimise unnecessary data sharing while supporting the provisions of the Digital Personal Data Protection (DPDP) Act.

Aadhaar App Records Over 86 Lakh Mobile Number Updates

Alongside the expansion of its offline verification ecosystem, UIDAI reported increased usage of Aadhaar-related services through its mobile application.

The Aadhaar App has recorded nearly 7.5 crore downloads, providing Aadhaar number holders with smartphone access to several identity management services.

According to UIDAI, more than 86 lakh residents have updated their registered mobile numbers using the application. The platform has also facilitated 22.16 lakh address updates and 40.25 lakh email updates.

These services allow residents to update their Aadhaar-linked contact information and other details without having to visit a physical Aadhaar service centre.

By making these services accessible through smartphones, UIDAI aims to simplify identity management and reduce the need for in-person visits for routine updates.

Biometric Lock and Unlock Transactions Reach 4.6 Crore

The Aadhaar App has also recorded substantial usage of its digital security features, particularly biometric locking and unlocking.

According to the official figures, the application has facilitated 4.6 crore biometric lock and unlock transactions. The feature allows Aadhaar number holders to control the use of their biometric information by locking or unlocking it according to their requirements.

Additionally, UIDAI reported 3.61 lakh Aadhaar lock and unlock transactions through the application.

Both features provide residents with optional privacy controls over their Aadhaar credentials and biometric authentication, allowing them to add another layer of protection when managing their digital identities.

UIDAI attributed the growing number of transactions to increasing awareness and adoption of security features among Aadhaar users.

UIDAI Expands Consent-Based Digital Identity Verification

The onboarding of 300 Offline Verification Seeking Entities is intended to make Aadhaar-based identity verification more accessible to organisations and residents across different sectors.

Through the offline verification mechanism, participating entities can verify Aadhaar-related identity information using a consent-based process designed to limit unnecessary collection and sharing of personal data.

UIDAI said the expansion supports a digital verification framework that prioritises user control, privacy and data minimisation.

The initiative also forms part of the government’s Digital India programme and its broader objective of improving access to secure, technology-enabled public services under the Viksit Bharat vision.


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UPSC Civil Services Mains 2026 Result Declared; Qualified Candidates to Appear for Interview

The Union Public Service Commission (UPSC) has announced the results of the Civil Services (Main) Examination 2026, with successful candidates qualifying for the Personality Test (Interview) for recruitment to the Indian Administrative Service (IAS), Indian Foreign Service (IFS), Indian Police Service (IPS) and other Central Services under Groups A and B.

The written examination was conducted between August 21 and August 30, 2026. Candidates whose roll numbers appear in the declared result have been shortlisted for the next stage of the selection process, subject to verification of their eligibility and supporting documents.

UPSC has advised qualified candidates to keep their original certificates ready for the interview. These include documents supporting age, educational qualifications, community and reservation claims, including SC, ST, OBC, EWS and Persons with Benchmark Disabilities (PwBD) categories.

Candidates claiming reservation or relaxation benefits must produce certificates issued on or before February 27, 2026, the closing date for applications for the Civil Services Preliminary Examination 2026.

UPSC Civil Services 2026 Interview Schedule and e-Summon Letters

The Commission will announce the dates and schedule of Personality Tests separately. The interviews will take place at the UPSC office at Dholpur House, Shahjahan Road, New Delhi.

Qualified candidates will be able to download their e-Summon Letters from the official UPSC websites:

No physical or paper summon letters will be issued for the interviews.

Candidates who face difficulties downloading their e-Summon Letters have been advised to contact the Commission through the following channels:

UPSC has also clarified that requests to change the allotted interview date or time will ordinarily not be entertained.

Qualified Candidates Must Update Application Details Between November 11 and 25

UPSC has instructed all candidates shortlisted for the Personality Test to review, update and finally submit their application information through the online portal.

Candidates who had indicated that their educational qualifications were still pending at the time of the Preliminary Examination must mandatorily update their qualification status and upload proof of passing the required examination. Failure to complete this requirement will result in cancellation of their candidature, and no e-Summon Letter will be issued.

Depending on individual applicability, candidates must also update details relating to:

  • Correspondence and permanent postal addresses
  • Higher educational qualifications and achievements
  • Employment details and professional experience
  • Previous service allocations through Civil Services Examinations
  • Marital status and parental information
  • PwBD recommendations and debarment information
  • Previous examination and attempt details
  • OBC and EWS annexures, wherever applicable
  • Socio-economic questionnaire and service preferences
  • Home cadre preferences and details for disclosure on the Pratibha Setu Portal

Candidates who have already uploaded the required information and have nothing further to update must still log in, verify their details and submit the application form again. Failure to complete the final submission will also prevent the issuance of their e-Summon Letters.

<badge color=”warning”>Important deadline</badge>

November 11 to November 25, 2026, until 6:00 PM

All required information must be submitted online through upsconline.nic.in. Upon successful submission, candidates will receive a unique reference number through email or SMS on their registered contact details.

The Commission has clarified that requests for modifications to information already provided in the application form will not be accepted. However, candidates must inform UPSC of any changes to their postal address or contact details within seven days of publication of the result.

Attestation Form Mandatory for All Interview-Qualified Candidates

All candidates shortlisted for the Personality Test must also complete and submit the Attestation Form online through the Department of Personnel and Training (DoPT) portal.

The form will become available from the commencement of the Personality Tests and remain accessible until the conclusion of the interview process.

Candidates can access the form through the following link:

DoPT Attestation Form Portal

For queries or clarification regarding the Attestation Form, candidates can contact DoPT through:

UPSC Civil Services 2026 Marksheets to Be Released After Final Results

The Commission has stated that marksheets for all candidates will be uploaded to its official website within 15 days of the declaration of the final result, following the completion of the Personality Tests.

The marksheets will remain available for download on the UPSC website for 30 days.

Candidates who have qualified for the interview stage are advised to regularly check the Commission’s official website for updates regarding interview schedules, e-Summon Letters and other instructions.


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DRDO Successfully Tests Pralay Quasi-Ballistic Missile Off Odisha Coast

India’s Defence Research and Development Organisation (DRDO) has successfully conducted a flight test of its indigenously developed quasi-ballistic missile, Pralay, off the coast of Odisha. The test took place at approximately 11:10 am on November 5, 2026, from Dr APJ Abdul Kalam Island, with all designated objectives successfully achieved.

According to the Ministry of Defence, data collected through various range instruments deployed by the Integrated Test Range (ITR), Chandipur, confirmed the successful completion of the test. The trial was conducted as part of user evaluation activities in the presence of senior DRDO officials, representatives from the defence industry and members of the Defence Forces.

The successful flight test marks a significant step towards the induction of the Pralay missile system into the Indian military.

Pralay Missile Developed Through Indigenous Defence Technology

The Pralay missile has been developed indigenously by DRDO’s Research Centre Imarat in Hyderabad, in collaboration with other DRDO laboratories.

Bharat Dynamics Limited (BDL), one of the designated Development-cum-Production Partners, manufactured the missile system.

The latest flight test was conducted to evaluate the system’s performance as part of the user evaluation trials. With the successful completion of the test, the induction of the missile into the armed forces is expected to move closer.

Defence Minister Congratulates DRDO and Industry Partners

Defence Minister Rajnath Singh congratulated DRDO, the Defence Forces and industry partners for successfully completing the flight test.

He stated that the missile incorporates advanced technologies that will strengthen India’s defence capabilities and improve the military’s operational preparedness against emerging threats.

Defence Secretary, Secretary of the Department of Defence Research and Development and DRDO Chairman Rajesh Kumar Singh also congratulated the teams involved in the successful trial.


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SETI Scientists Use Game Theory to Predict When Alien Civilizations Might Contact Earth

Scientists at the SETI Institute are exploring a new approach to the search for extraterrestrial intelligence by combining astronomy with game theory. Their research investigates whether alien civilizations might independently identify a particular time and location to establish contact with Earth, helping scientists determine when and where to listen for potential signals.

The research team is using the Allen Telescope Array (ATA) at the Hat Creek Radio Observatory in Northern California to investigate this possibility. Their multiyear project focuses on a region of the sky known as the anti-solar point. The underlying idea is that two civilizations could independently recognize the same astronomical alignment as an opportunity to communicate, even without having exchanged messages beforehand.

A new research paper, titled A Large-Scale Technosignature Survey of the Anti-Solar Point with the Allen Telescope Array: Survey Design and Pilot Results, outlines the project’s strategy and findings from its initial observations. Although the pilot survey found no evidence of extraterrestrial technology, it marks the first observational attempt to investigate the anti-solar point as a potential location for interstellar communication.

Game Theory Could Help Scientists Predict Alien Communication

The research draws on a concept from game theory called a Schelling point. It describes a choice that two parties might independently make when they need to coordinate without communicating with each other.

For example, two people planning to meet in New York City without agreeing on a location or time might independently choose noon at Grand Central Terminal because it is a familiar and recognizable meeting point.

The SETI researchers suggest that a similar principle could apply to civilizations attempting to communicate across interstellar distances. Rather than continuously broadcasting radio signals in every direction, an extraterrestrial civilization might conserve energy by transmitting at a particular time when it believes another civilization could be listening.

The researchers propose that the movement of planets around their stars could provide a shared reference point. An observer located elsewhere in the galaxy might detect Earth passing in front of the Sun, an astronomical event known as a transit. This observation could reveal Earth’s existence, its orbital characteristics and its position within the Sun’s habitable zone.

At the midpoint of this transit, Earth would appear directly between the distant observer and the Sun. From Earth’s perspective, the observer would be located in the opposite direction from the Sun, known as the anti-solar point.

Since both civilizations could independently recognize this alignment, researchers believe it could serve as a natural coordination point for sending and receiving signals.

“The challenge in SETI isn’t simply deciding where to point a telescope,” said Dr. Sofia Sheikh, SETI Institute Research Scientist and co-lead author of the paper. “It’s figuring out where and when another civilization might choose to transmit. The anti-solar point gives us a way to think about that problem from the perspective of a potential sender, rather than just the receiver.”

The theory does not establish that extraterrestrial civilizations exist or that they would use this communication strategy. Instead, it offers a specific possibility that researchers can investigate through astronomical observations.

Allen Telescope Array Tracks the Anti-Solar Point

To test the theory, researchers are using the Allen Telescope Array, a radio telescope system designed specifically for SETI research. Its antennas work together to identify narrowband radio signals that could potentially indicate technological activity beyond Earth.

However, the anti-solar point does not remain fixed against the background stars. As Earth travels around the Sun, this region shifts across the sky. Researchers must therefore conduct repeated observations throughout the year to follow its movement and build comprehensive coverage over time.

The survey is planned to operate two to three nights per week, with the objective of covering the relevant positions along Earth’s orbit over approximately four years.

The team has also developed an automated data-processing system to analyze the large volumes of information generated during observations. The Allen Telescope Survey Agnostic Technosignature (ATSAT) system helps identify and examine potential narrowband drifting signals within these datasets.

“Recent development of the Allen Telescope Survey Agnostic Technosignature (ATSAT) system, SETI’s efficient narrowband drifting signal search pipeline, has made finding and analyzing potential technosignatures very effective in such large radio datasets like the ASP survey,” said Isabel Gerrard, Technosignature Researcher with Breakthrough Listen at the University of Oxford and co-author.

A major difficulty in SETI research is distinguishing potential extraterrestrial transmissions from radio interference generated by human technology, including satellites and communication systems.

To address this, researchers examine narrowband signals, track changes in their frequencies over time and compare observations from two slightly different directions in the sky. This helps determine whether a signal originates from a specific astronomical location or is caused by nearby human-made interference.

“Using the ATA’s beamforming capability to compare signals from the ASP to a different point in the sky helps us filter out hundreds of millions of signals from human interference,” said Ananya Kalapatapu, a student at Cupertino High School and SETI Institute volunteer. “Then, our researchers only have to review a compact, manageable set of the most interesting signals, helping us focus on signals with properties that are more likely to be consistent with extraterrestrial intelligence.”

Researchers can then examine promising candidates and conduct follow-up observations.

Initial Survey Finds No Evidence of Extraterrestrial Signals

Before launching the larger observational campaign, researchers conducted a three-night pilot survey during the summer of 2023.

The team used 20 antennas of the Allen Telescope Array to collect approximately 17 hours of observations, producing around 32 terabytes of data.

The initial analysis identified approximately 1.9 million radio signal detections, commonly referred to as hits. However, after filtering the data and examining the most promising candidates, researchers found no signals consistent with extraterrestrial technology. All detections could be attributed to radio interference from human sources.

Despite the absence of potential technosignatures, the pilot study helped researchers improve their approach for the larger survey. The findings allowed them to refine their observing frequencies, strengthen interference-filtering methods and improve techniques for identifying signals originating from specific directions in the sky.

The pilot observations also established the first observational limits for radio transmitters using the anti-solar point as a possible communication strategy. Under certain assumptions, the system was sensitive enough to detect transmissions from a source with power comparable to the former Arecibo planetary radar at distances of approximately 124 light-years.

SETI Campaign Continues Its Search for Signals Beyond Earth

Searching for extraterrestrial intelligence remains a complex scientific challenge. Researchers do not know whether other technological civilizations exist, what communication technologies they might use or whether they would attempt to contact Earth.

The anti-solar point survey investigates one possible way to narrow this uncertainty by examining whether distant civilizations could independently identify the same astronomical event as an opportunity to communicate.

The project also demonstrates how concepts from other disciplines, including game theory and advanced computing, can contribute to the search for extraterrestrial technology.

Since the initial pilot study, the campaign has accumulated more than 121 nights of observations. Researchers plan to publish findings from the first year of data collection in a future study.

Even if the campaign does not identify extraterrestrial signals, its observations will help establish further limits on possible transmissions and determine which regions of the search space have already been examined.

By combining astronomical observations with predictions about how another civilization might choose to communicate, SETI researchers are investigating whether finding extraterrestrial intelligence could depend as much on knowing when to listen as on knowing where to look.


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Study Finds One in 15 Adults Has Experienced AI-Generated Image-Based Abuse

A survey of more than 7,200 adults across the United States, United Kingdom and Australia found that 7% had experienced AI-generated image-based abuse, with nearly 87% of those affected reporting negative consequences.

Around one in 15 adults has experienced at least one form of AI-generated image-based abuse, according to a new study led by Australia’s RMIT University.

The research surveyed more than 7,200 adults in the United States, the United Kingdom and Australia. It found that 7% of respondents had experienced such abuse since turning 18. This included having intimate images created or altered using AI without consent, having AI-generated intimate images shared without permission, or being threatened with the distribution of such material.

The consequences extended beyond the creation and circulation of images. Almost 87% of victim-survivors reported at least one impact on their lives, affecting their health and wellbeing, relationships, employment or finances.

Lead author Professor Nicola Henry of RMIT University conducted the research with support from Google. She said the findings demonstrated that AI-generated image-based abuse affects people across the wider population, rather than only celebrities and public figures.

“We now have evidence of how widely AI-generated image-based abuse is affecting people across the community, not just celebrities and public figures,” she said.

“The true scale may be even greater because some people may never know that AI-generated images of them have been created or shared.”

Men Report Higher Rates, While Women Experience Greater Negative Impacts

The study identified higher rates of AI-generated image-based abuse among people under 35, individuals from racial and ethnic minority backgrounds, men and people with disability.

Men reported experiencing this form of abuse at more than twice the rate of women. The reported prevalence was 10.2% among men, compared with 3.8% among women.

However, women reported more negative reactions and consequences, including concerns about personal safety and effects on their mental and physical health. The researchers suggested that these differences may reflect broader gender inequalities, stigma and safety risks that disproportionately affect women.

Henry emphasised that although anyone could experience this abuse, the likelihood of victimisation and its consequences were not distributed equally.

“As generative AI becomes more widely available, there is greater potential for these tools to be misused to create, share or threaten to share intimate images without consent,” she said.

“What we don’t yet know is how quickly that is translating into increased victimisation.”

Earlier Studies Highlight the Wider Scale of AI-Generated Sexual Images

One earlier study found that 3.2% of respondents had created, shared or threatened to share AI-generated sexual images without consent. Among those who distributed such material, the most frequently reported motivation was “for fun or as a joke.”

Another study found that almost one in five adults had deliberately viewed AI-generated sexual images of real people. This figure excluded individuals who viewed the material solely to report it or help remove it.

Together, these findings provide further evidence of the creation, distribution and consumption of non-consensual AI-generated sexual imagery.

Researchers Call for Greater Accountability and Prevention

Henry said the findings strengthened the case for technology companies to take greater responsibility for preventing AI-generated image-based abuse.

“Australia’s proposed digital duty of care is an opportunity to shift the focus from responding to abuse after it happens to requiring online services to prevent foreseeable harm,” she said.

She added that legislation and regulation alone would not be sufficient. Better public education, accessible support for victim-survivors and stronger accountability among technology companies and developers are also necessary to ensure safety is incorporated into AI tools and applications from the outset.

“We’ve worked with Google researchers for a long time to better understand this broader issue and identify where industry-wide prevention efforts are most needed.”

Co-author Dr Rebecca Umbach, Staff User Experience Researcher at Google, said the study offered important evidence about the prevalence and consequences of AI-generated image-based abuse.

“Understanding who is experiencing AI-generated image-based abuse, how it occurs and the impacts it has on people is essential if we are going to design more effective prevention and responses,” Umbach said.

“Research that brings together academic and technology-sector expertise can help identify where interventions are most needed and how technology itself can be part of preventing harm.”


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Who Is Hakeem Jeffries? Brooklyn-Born Democrat Poised to Make US History as First Black House Speaker

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Who Is Hakeem Jeffries? Brooklyn-Born Democrat Poised to Make US History as First Black House Speaker

Hakeem Jeffries is preparing for the biggest political transition of his career. After leading Democrats through four years in the opposition, the New York congressman is poised to become the first Black Speaker of the US House of Representatives following his party’s sweeping victory in the November 2026 midterm elections.

The 56-year-old Democratic leader emerged at the centre of the party’s celebrations on November 4, describing the result as an “American tsunami” rather than merely a blue wave.

“The American people have chosen common sense over corruption, chaos and cruelty,” Jeffries said, as Democrats celebrated victories that handed them control of both chambers of Congress.

His elevation, expected when the new Congress convenes in January 2027, would represent a historic moment in American political leadership. The Speaker controls the House legislative agenda, influences committee assignments and stands second in the presidential line of succession, after the vice president.

But Jeffries faces a challenge beyond making history: demonstrating that Democrats can convert electoral success into tangible improvements in the lives of Americans.

From Brooklyn’s Neighbourhoods to the Halls of Congress

Born in Brooklyn, New York, on August 4, 1970, Jeffries grew up in Crown Heights, a neighbourhood that helped shape his political outlook.

He is the son of a social worker and an Air Force veteran. Growing up during the crack cocaine epidemic in New York exposed him to the economic and social difficulties confronting working-class communities.

Jeffries has spoken about how those experiences shaped his interest in public service and his determination to improve conditions for ordinary Americans.

He attended New York City public schools before graduating from Midwood High School. His academic journey took him to the State University of New York at Binghamton, where he earned a bachelor’s degree in political science.

He subsequently obtained a master’s degree in public policy from Georgetown University and graduated magna cum laude from New York University School of Law.

Before entering electoral politics, Jeffries worked as a corporate lawyer. His professional experience included positions at the law firm Paul, Weiss, Rifkind, Wharton & Garrison and legal work associated with Viacom and CBS.

The combination of legal training, public policy education and experience in New York’s political landscape became central to his rise within the Democratic Party.

The Political Journey: From New York Assembly to Democratic Leader

Jeffries began his electoral career in New York state politics. He served in the New York State Assembly from 2007 to 2012, representing a Brooklyn constituency.

During his time in the state legislature, he worked on criminal justice reform and civil liberties issues.

One of his notable legislative efforts involved reforming the New York Police Department’s controversial stop-and-frisk practices. His legislation restricted the retention of personal information about people stopped and questioned by police but not charged with an offence.

In 2012, Jeffries entered the race for the US House of Representatives, challenging long-serving Democratic Congressman Edolphus Towns in a primary.

He won the Democratic nomination and subsequently secured the congressional seat representing New York’s Eighth Congressional District.

He entered Congress in January 2013 and gradually established himself as an influential figure among House Democrats.

His rise accelerated through leadership positions. He served as chair of the House Democratic Caucus and became a prominent member of the Congressional Black Caucus.

In November 2022, Democratic lawmakers unanimously elected him as their House leader, making him the first Black politician to lead a major party caucus in either chamber of the US Congress.

He retained the position in 2024, becoming the central figure in the party’s strategy against Republican control of Washington.

A Different Leadership Style After Nancy Pelosi

Jeffries inherited the Democratic leadership following Nancy Pelosi’s decision to step aside after the party lost control of the House in the 2022 elections.

Pelosi had dominated Democratic House politics for years, serving as the first woman to become Speaker and overseeing major legislative battles during the Obama and Biden administrations.

Jeffries represents a generational transition in Democratic leadership.

His leadership team includes Katherine Clark of Massachusetts and Pete Aguilar of California. Clark is expected to become House majority leader and Aguilar the majority whip if Democrats complete their transition into majority control.

Jeffries has developed a reputation for a measured public style, carefully chosen language and an ability to maintain communication across different sections of the Democratic caucus.

He is also known for incorporating references to old-school hip-hop into political speeches, reflecting his Brooklyn background.

His approach has attracted praise from colleagues who value consensus-building. However, critics have questioned whether his cautious style can deliver sufficiently rapid responses during periods of political confrontation.

The new congressional majority will test whether he can balance those competing expectations.

What Jeffries Wants to Do With Democratic Control

Jeffries has placed affordability at the centre of his post-election agenda.

Democrats campaigned on reducing the cost of groceries, petrol, housing and healthcare, arguing that household expenses had become a major source of economic pressure for American families.

Following the election, Jeffries promised a “relentless effort to make life more affordable for everyday Americans”.

He has also identified government accountability as a priority, signalling investigations into the Trump administration and its decisions.

The Democratic leader has emphasised that his party should focus on delivering results rather than pursuing political retaliation.

However, winning control of Congress does not automatically give Democrats the power to implement their entire legislative programme.

The Senate filibuster means most major legislation requires 60 votes to advance, while Trump retains presidential veto powers. Democrats will therefore need Republican support for several legislative initiatives.

Their majority will nevertheless give them control of House committees, greater oversight powers and the ability to shape congressional investigations.

The new leadership will also have to manage competing priorities within the Democratic Party, including disagreements between moderates and progressives over economic policy, immigration and foreign affairs.

Jeffries and Trump’s Political Confrontation

Jeffries’ rise comes amid an increasingly confrontational relationship with President Donald Trump.

Trump has repeatedly criticised the Democratic leader, while Jeffries has challenged the administration over immigration enforcement, tariffs, healthcare and executive authority.

The two political figures represent competing approaches to the country’s direction, and their relationship will become particularly important when Jeffries takes control of the House agenda.

Trump has already threatened to veto legislation he opposes, making the relationship between the White House and the new congressional leadership central to Washington’s political calculations.

Jeffries has said Democrats will pursue investigations based on facts and the law, rather than treating congressional oversight as an instrument of revenge.

His party’s victory gives him greater institutional authority to challenge the administration, but also makes him directly accountable for whether Democrats can govern effectively.

Why His Speakership Would Be Historic

If elected Speaker when the new Congress convenes on January 3, 2027, Jeffries would become the first Black American to hold the position.

The significance extends beyond party politics. The Speaker’s office occupies a central place in the constitutional structure of the United States and has traditionally been dominated by white men.

Jeffries would take the position more than 150 years after Joseph Rainey became the first Black American elected to the House of Representatives during the Reconstruction era following the Civil War.

His potential elevation would mark another milestone in the long struggle for Black political representation in the United States.

Yet the historic distinction will come with immediate political responsibilities. Jeffries will have to unite Democrats, manage a diverse congressional majority, negotiate legislation and oversee an increasingly contentious relationship with the White House.

For a politician who built his career in Brooklyn before becoming the highest-ranking Democrat in the House, the next phase could define his legacy.

The challenge is no longer simply leading the opposition. It is proving that Democrats can govern, deliver on affordability and exercise congressional power while confronting a Republican president.

115-Million-Year-Old Dinosaur Fossils Reveal Preserved Red Blood Cells and Collagen Molecules

An international research team has discovered fossilised red blood cells and collagen-related molecules in a 115-million-year-old dinosaur, offering new insights into ancient life and fossil preservation.

Researchers led by Curtin University have identified preserved red blood cells and intact heme biomolecules in the limb bones of a theropod dinosaur, Aratasaurus museunacionali. The fossils, recovered in northeastern Brazil, date back approximately 115 million years.

Published in the Proceedings of the National Academy of Sciences, the study provides the first chemical evidence of haemoglobin-derived molecules preserved inside fossilised red blood cells. The discovery also includes amino acids of collagen, challenging existing understanding of how long biological molecules can survive in the fossil record.

Chemical Evidence Confirms Ancient Blood Remains

The researchers identified numerous mineralised red blood cells preserved within vascular canals in the dinosaur’s bones. Although previous studies had reported possible red blood cell structures in fossils, this research chemically confirmed the presence of haemoglobin-derived molecules within the cells.

The samples contained preserved heme, the oxygen-carrying component of haemoglobin, providing evidence of fossilised blood remains.

The study was led by John Curtin Distinguished Professor Kliti Grice, Founding Director of Curtin University’s WA-Organic and Isotope Geochemistry Centre and an Australian Research Council Laureate Fellow.

“To detect intact heme derived molecules in 115-million-year-old red blood cells is astonishing: this really is a landmark discovery,” Professor Grice said.

“It not only extends the known fossil record of blood, but also offers a direct molecular window into the physiology of long-extinct animals so we may better understand them and the world they lived in.”

Mineralisation Helped Preserve Cellular Structures

The red blood cells were mineralised with hausmannite, which acted as a natural time capsule, helping stabilise cellular structures and biomolecular components, including amino acids of collagen, over an extended geological period.

The research team believes the exceptional preservation was made possible by the conditions surrounding the dinosaur’s burial. According to the researchers, the animal was rapidly buried in a low-oxygen, microbially rich environment shortly after its death.

The study involved researchers from Curtin University’s School of Earth and Planetary Sciences, the Japan Agency for Marine-Earth Science and Technology, the Brazilian National Museum, the Regional University of Cariri and Johns Hopkins University.

Discovery Challenges Existing Understanding of Molecular Preservation

The findings challenge longstanding assumptions about the survival of biomolecules over geological timescales, particularly the belief that molecules such as haemoglobin cannot remain preserved over such long periods.

“These findings challenge longstanding assumptions that certain biomolecules such as haemoglobin cannot survive deep time,” Professor Grice said.

“It opens exciting new avenues for molecular-level palaeontology, allowing us to investigate the evolution of blood, metabolism and even activity levels in ancient animals.”

The discovery could help researchers investigate the biological characteristics of extinct animals through molecular evidence preserved in fossils.

Findings Could Have Implications for Astrobiology

Professor Martin Van Kranendonk, Head of Curtin University’s School of Earth and Planetary Sciences, said the research changes how scientists understand the preservation of molecular structures over long periods and under hostile conditions.

He added that the findings could also have implications for astrobiology and the search for ancient life beyond Earth.

“This study exemplifies how coordinated efforts across institutions, continents and scientific disciplines can unlock extraordinary insights into ancient life,” Professor Van Kranendonk said.


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South Korea Opens First AI Humanoid Data Factory to Train Next-Generation Robots

South Korea has inaugurated its first dedicated AI Humanoid Data Factory, a facility designed to collect real-world robot task data and use it to train artificial intelligence models for autonomous humanoid operations.

The new facility, established at the Korea Institute of Machinery and Materials (KIMM), was officially opened on November 3. It will collect data generated by humanoid robots performing everyday and industrial tasks, including picking up and moving objects, to develop and improve AI models.

The initiative is led by the Global TOP Strategic Research Group for Self-Growing AI Humanoids, headed by Dr Chan Hun Park, under KIMM President Seog-Hyeon Ryu. The facility was established in collaboration with the Electronics and Telecommunications Research Institute (ETRI), led by President Se woong Park.

As South Korea’s first dedicated data production facility for bipedal humanoid robots, the factory can collect information on a range of movements, from individual arm and leg actions to complex full-body tasks.

12 Humanoid Robots Collect Data for AI Training

The AI Humanoid Data Factory currently operates 12 humanoid robots. Human operators remotely control these machines as they perform different activities, while their movements and task-related information are recorded for AI training.

KIMM plans to gradually increase the number of robots and expand the range of tasks used for data collection.

The collected information is used to train AI models to understand human instructions and their surroundings, with the eventual goal of enabling robots to perform tasks autonomously.

Once trained, the AI models are deployed on physical robots to evaluate their performance. Data generated during these operations is then fed back into subsequent training cycles. This repeated process is intended to improve AI models that can operate across different robot platforms, including the K-Humanoid standard platform.

Robots Demonstrate Household and Industrial Tasks

The opening ceremony on November 3 featured demonstrations of humanoid robots collecting data while performing everyday and industrial activities.

The household demonstrations included taking items out of a refrigerator, handling laundry and arranging a sofa. Industrial tasks involved operating buttons and levers inside a vehicle.

The event also showcased KAIROS, a humanoid robot developed in South Korea, performing precise object manipulation and full-body motion imitation.

Facility to Support South Korea’s Humanoid AI Development

The establishment of the factory provides South Korea with infrastructure to produce and accumulate large volumes of humanoid task data domestically. The initiative is expected to reduce dependence on overseas data and AI models while supporting the country’s technological self-reliance in humanoid AI.

KIMM plans to gradually open the facility to domestic industry, academic institutions and research organisations beginning at the end of 2027.

“Securing large volumes of high-quality robot task data is essential to national technological competitiveness, and the establishment of this Data Factory marks an important starting point for building Korea’s own robot AI training data and technological assets,” said Seog-Hyeon Ryu, President of KIMM.

“Through industry-academia-research collaboration, we will accelerate the development of Korea’s KAIROS humanoid robot and gradually open the Data Factory beginning at the end of 2027, thereby contributing to the competitiveness of Korea’s physical AI industry.”

The Ministry of Science and ICT (MSIT), which supports the initiative, plans to continue bringing together the country’s research capabilities under the K-Moonshot AI Humanoid Mission.

The mission aims to secure independent AI humanoid technologies and strengthen the competitiveness of South Korea’s domestic industry.


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PM Narendra Modi to Meet Indian Athletes from Asian Para Games 2026 on November 5

Prime Minister Narendra Modi will interact with India’s Asian Para Games 2026 contingent in New Delhi on November 5, following the country’s record medal-winning performance at the competition in Japan.

Interaction Scheduled at Indira Gandhi Sports Complex

Prime Minister Narendra Modi will meet members of the Indian contingent that participated in the Asian Para Games 2026 at approximately 4:30 PM on November 5. The interaction will take place at the Indira Gandhi Sports Complex in New Delhi.

The Prime Minister will also address the gathering during the programme.

Stock image obtained from Pexels

India Records Its Best-Ever Asian Para Games Performance

India achieved its highest-ever medal tally at the Asian Para Games held this year in Aichi-Nagoya, Japan. A total of 97 Indian para-athletes secured 114 medals across different events.

The country’s medal haul comprised 30 gold, 35 silver and 49 bronze medals, marking its best performance in the history of its participation in the competition.

The programme will bring together athletes and coaches who were part of the Indian contingent, along with officials from the Paralympic Committee of India and the Indian Olympic Association.

Representatives of National Sports Federations and officials from the Ministry of Youth Affairs and Sports will also attend the interaction.


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CSIR Partners with DAKSHIN-RIS to Promote Science and Technology Cooperation Across the Global South

The Council of Scientific and Industrial Research (CSIR) and DAKSHIN-Global South Centre of Excellence at RIS have signed an agreement to strengthen research collaboration, technology partnerships and capacity building among countries of the Global South.

CSIR and DAKSHIN-Global South Centre of Excellence at the Research and Information System for Developing Countries (RIS) signed a Letter of Association (LoA) on November 3, 2026. The partnership aims to advance science, technology and innovation while supporting shared developmental priorities across countries of the Global South.

The association brings together CSIR’s scientific and technological expertise and DAKSHIN’s platform for knowledge sharing and international engagement. DAKSHIN seeks to encourage mutual learning among developing countries by promoting sustainable, affordable and locally relevant solutions.

Its approach includes sharing resources, transferring technologies, exchanging experiences and developing collaborative strategies to address common development challenges and accelerate progress towards the Sustainable Development Goals (SDGs).

CSIR contributes an extensive scientific and technological knowledge base, along with a portfolio of affordable, adaptable technologies that are ready for deployment. These solutions have potential applications across the developmental needs of partner countries, including wider dissemination, industry-led implementation and entrepreneurship.

Officials Highlight Opportunities for International Collaboration

Speaking at the signing ceremony, Dr. Rama Swami Bansal, Head of the International S&T Affairs Directorate at CSIR, emphasised the importance of international engagement among countries of the Global South. He also highlighted the scope for developing innovative collaborative models to address shared developmental priorities.

Professor Sachin Kumar Sharma, Director General of RIS, described the association with CSIR as an important step towards converting scientific expertise and technological innovations into collaborative solutions with practical impact across the Global South.

He identified healthcare, infrastructure, agriculture, the blue economy and the digital economy as key areas with potential for cooperation.

Four Key Objectives of the Partnership

The Letter of Association outlines four primary objectives to guide the collaboration:

  1. Joint policy studies: Conducting collaborative research to identify innovative and context-specific responses to developmental challenges.
  2. Institutional engagement: Bringing relevant institutions and agencies together to support the expansion of development interventions.
  3. Capacity building: Promoting human resource development, skills enhancement and capacity-building initiatives.
  4. Knowledge sharing: Documenting and exchanging development experiences, best practices and success stories to strengthen collective self-reliance among Global South countries.

The association is expected to create a platform for strengthening South-South cooperation, expanding international partnerships and facilitating the transfer, adaptation and deployment of suitable science and technology solutions.


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Who Killed British Archaeologist James Starkey? New Research Sheds Light on 88-Year-Old Mystery

An 88-year-old mystery surrounding the murder of British archaeologist James Leslie Starkey in 1938 has taken a significant turn. New research builds on a 2016 study by examining overlooked archival documents, British intelligence records and Palestinian oral accounts. The findings suggest that Starkey was likely the victim of a targeted assassination connected to land disputes between his archaeological expedition and local villagers. The study points to a Palestinian rebel commander as the suspected killer, offering fresh insights into the links between archaeology, land ownership and political violence during the British Mandate.

Eighty-eight years after pioneering British archaeologist James Leslie Starkey was shot dead while traveling from the ancient city of Lachish to Jerusalem, researchers say they have uncovered compelling new evidence explaining who was behind his murder — and why he was targeted.

A new study by Prof. Yosef Garfinkel of the Hebrew University of Jerusalem and historian Dr. Roy Marom of the Van Leer Jerusalem Institute challenges the long-standing account that Starkey was an unfortunate victim of random violence during the Arab Revolt against British rule in Mandatory Palestine (1936-1939).

Instead, the researchers argue that his assassination on January 10, 1938, was linked to a bitter land dispute between the British archaeological expedition at Lachish and peasants from the neighboring Palestinian village of al-Qubayba.

The findings, published in the academic journal Bulletin of the History of Archaeology, combine untapped British colonial records, Palestinian historical accounts, intelligence documents and oral testimonies preserved by descendants of the village’s residents.

The study also identifies Palestinian rebel commander Issa al-Battat as the assassin as  part of a locally organized operation connected to grievances against the excavation.

A murder that shocked the archaeological world

Starkey was one of the leading British archaeologists working in Mandatory Palestine during the 1930s. Beginning in 1932, he directed the major expedition at Tell ed-Duweir, identified with biblical Lachish, one of the most important cities of ancient Judah.

The excavations were supported by influential British patrons, including the wealthy pharmaceutical entrepreneur Sir Henry Wellcome, and attracted considerable international attention.

On January 10, 1938, Starkey left Lachish for Jerusalem, where he was expected to participate in the inauguration of the Palestine Archaeological Museum, now known as the Rockefeller Museum.

He never reached the city.

Near Hebron, armed men stopped his vehicle. After identifying Starkey as the director of the archaeological excavation at Lachish, they ordered the driver away and shot the archaeologist.

His death shocked the international academic community and contributed to the premature end of one of the most ambitious archaeological projects then operating in the region.

At the time, British authorities characterized the killing as an act of banditry amid the widespread violence of the Arab Revolt. They also officially cleared the nearby village of al-Qubayba of responsibility.

For decades, the precise circumstances and motives behind the killing remained  a mystery.

The breakthrough began in 2016

The new research builds directly on a study published by Garfinkel a decade earlier.

In his 2016 article, “The Murder of James Leslie Starkey near Lachish,” published in Palestine Exploration Quarterly, Garfinkel challenged the accepted explanation after examining previously unpublished reports from the British expedition and records of the Mandatory Department of Antiquities.

The documents revealed a prolonged confrontation between Starkey’s expedition and local landowners over agricultural plots on the summit of Tel Lachish.

Although the expedition attempted to purchase or lease the land, negotiations repeatedly broke down. Ultimately, British Mandatory authorities intervened and expropriated the disputed property to allow archaeological excavations to proceed.

The conflict was further aggravated by delays in compensating the affected families.

“The landowners never received full compensation for the expropriated land, undoubtedly a strong motive for revenge,” Garfinkel wrote in his 2016 paper.

At the time, the land dispute provided a possible motive for the murder, but the connection between the local grievances and the identity of those responsible remained difficult to establish conclusively.

The newly published research, conducted with Marom, adds a crucial dimension: Palestinian testimony and documentary evidence that the researchers say independently support the original hypothesis.

“When I first examined the Lachish expedition archives in 2016, it became clear that Starkey’s murder could not be understood without the bitter conflict over the land. What we did not have then was the Palestinian perspective. The new evidence, particularly the oral testimonies, allows us to connect the archival documents with the memories of the local community and reconstruct the circumstances of the assassination much more clearly,” Garfinkel said.

Palestinian oral histories provide missing evidence

One of the most significant contributions of the new study comes from the Palestinian Rural History Project, curated by Marom, which documents the memories and historical experiences of Palestinian rural communities.

Interviews with former residents of al-Qubayba and their descendants preserved accounts of the tensions surrounding the British excavations.

According to these testimonies, local families deeply resented losing access to land they had cultivated for generations.

The disputes involved not only property ownership but also the destruction or removal of trees, restrictions on agricultural activity, and the exclusion of some affected families from employment opportunities at the excavation.

While the archaeological expedition provided jobs, medical care and economic opportunities for many villagers, other families viewed its activities as an unjust intrusion into their lives and livelihoods.

The new research also highlights a previously overlooked petition submitted in May 1937 by a local landowner, Salih al-Hajj Hamad Abu Awwad, to the British Department of Antiquities.

In the petition, the farmer complained that portions of his land had been used for several years without the compensation he believed he had been promised.

“I am a poor and weak man, and my livelihood depends entirely on the yield of this land,” he wrote, according to the translation offered  in the study.

The petition offers a striking contemporary account of the growing frustration among some of the landowning families.

The researchers found that compensation for the expropriated land was not finalized until 1943 — five years after Starkey’s murder.

Who pulled the trigger?

By combining Palestinian historical sources with British and Zionist intelligence records, Marom and Garfinkel identify rebel commander Issa al-Battat as a central figure in Starkey’s assassination.

According to their reconstruction, local intermediaries with connections to the village and the armed insurgency may have helped arrange the attack.

The researchers argue that the location of the ambush, away from Lachish itself, was significant. Carrying out the killing along the road near Hebron may have been intended to distance the operation from al-Qubayba and reduce the risk of British retaliation against the village.

Their reconstruction also draws on testimony from Starkey’s driver, who described how armed men intercepted the vehicle, identified the archaeologist, and ordered the driver to leave before the fatal shots were fired.

The authors conclude that the murder was not simply an indiscriminate act of violence but a deliberate assassination arising from a specific local conflict.

Nevertheless, the study’s conclusions remain a historical reconstruction based on converging evidence, rather than a confession by a participant. Previous researchers have also differed over the identity and fate of those involved in Starkey’s killing.

When archaeology and politics collided

Beyond identifying a likely motive and perpetrator, the study raises broader questions about the relationship between archaeology, colonial authority and local communities during the British Mandate.

Lachish was a major archaeological site of international importance. Its excavations transformed scholarly understanding of the ancient biblical world, but the work also depended on access to lands cultivated and claimed by local residents.

The researchers argue that the resulting tensions cannot be separated from the political environment of the 1930s, when the Arab Revolt intensified opposition to British rule.

The latest study therefore presents Starkey’s death as an episode in which scientific exploration, economic interests, land ownership and armed resistance became tragically intertwined.

Garfinkel’s broader research on the expedition was also presented in his comprehensive 2024 book, Colonial Archaeology in Palestine in the 1930s: The First Expedition to Lachish, which examines the history of the British excavations and their political and social setting.

Nearly nine decades after the assassination, the new findings provide a more detailed account of the events leading to Starkey’s death, and offer closure for his family and descendants.

They also demonstrate how combining traditional archaeological archives with the historical memories of local communities can transform the understanding of events long considered settled.

The murder of James Leslie Starkey is no longer merely a tragic footnote in the history of archaeology. It is a revealing episode in the complicated relationship between archaeology, land and political power in Mandatory Palestine and beyond.


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TRAI Introduces New Telecom Interconnection Rules, Implementation to Begin January 2027

The Telecom Regulatory Authority of India (TRAI) has issued the Telecommunication Interconnection (Third Amendment) Regulations, 2026, introducing changes to network connectivity, IP-based interconnection and related regulatory requirements.

The new regulations will come into effect on January 1, 2027. They aim to update the existing interconnection framework to reflect technological advancements and improve the efficiency of communication between different telecom networks.

Telecommunication interconnection refers to the technical, operational and commercial arrangements that connect two or more telecom networks. These arrangements allow telecommunications traffic to flow between networks and enable users of different service providers to communicate seamlessly.

Under Section 11(1)(b) of the TRAI Act, 1997, TRAI is empowered to prescribe the terms and conditions of interconnection between service providers and ensure technical compatibility and effective connectivity between their networks.

TRAI Reviews Existing Interconnection Regulations

TRAI initiated a review of its existing regulatory framework through a pre-consultation paper titled Review of the Existing TRAI Regulations on Interconnection Matters, issued on April 3, 2025. Stakeholders were invited to submit comments on several issues, including the Telecommunication Interconnection Regulations, 2018.

Following this process, TRAI issued a consultation paper on November 10, 2025, incorporating background information and stakeholder feedback received during the pre-consultation stage. After an extension, the final dates for submitting written comments and counter-comments were December 15 and December 29, 2025, respectively.

Seventeen stakeholders submitted comments on the consultation paper, while nine submitted counter-comments. TRAI also conducted an Open House Discussion on January 28, 2026. Following an analysis of the feedback received, the authority finalised the third amendment regulations.

Key Changes Under the Third Amendment Regulations

The amendment introduces several changes to the existing framework governing telecom interconnection.

1. Interconnection at the Licensed Service Area level

The new regulations allow interconnection providers and seekers to mutually agree on locations for handing over or receiving telecommunications traffic. The framework facilitates a transition from interconnection at the Long Distance Charging Area (LDCA) and Short Distance Charging Area (SDCA) levels to the Licensed Service Area (LSA) level.

Moving traffic handovers to LSA-level points of interconnection (POIs) is expected to simplify routing, improve the management of scarce numbering resources, reduce latency and enhance service reliability.

2. Migration of existing traffic to LSA-level POIs

Existing traffic, measured in Minutes of Usage (MoUs), at LDCA- and SDCA-level POIs must be migrated to LSA-level POIs within three years. The transition will take place in phases. After the migration, all traffic will be handed over or received through LSA- or Service Area-level POIs.

3. Transition to IP-based interconnection

The amendment requires all new interconnections established after the regulations come into force to use IP-based technology.

Existing POIs operating through E1 or Time Division Multiplexing (TDM)-based interconnection must also migrate to IP-based interconnection within three years, following a phased approach. This transition is expected to improve bandwidth efficiency, call quality and end-to-end call performance.

4. Capacity augmentation for IP-based interconnection

For IP-based interconnection, the maximum call-handling capacity at a POI will be determined by considering its concurrent session-handling capability and link bandwidth. The capacity must also maintain the required Quality of Service under relevant TRAI regulations.

5. New procedure for voluntary surrender of POIs

TRAI has introduced a specific regulatory framework for the surrender of POIs. Previously, the regulations provided for the disconnection of a POI, which stops the exchange of traffic due to exceptional circumstances arising from differences between service providers.

The new surrender procedure addresses voluntary closure of a POI by a service provider for its own operational requirements. Reasons may include declining traffic, withdrawal of services from an area or traffic rerouting. The change is intended to improve financial efficiency.

6. Revised bank guarantee provisions

The existing bank guarantee framework has been retained, but the validity period of guarantees furnished following reassessment and the interval between reassessments have been extended from six months to twelve months.

TRAI has also introduced a revised methodology for determining the ceiling on bank guarantees for POIs, including those using IP-based interconnection.

7. Interest on delayed interconnection payments

The amendment introduces a provision covering delays in the payment of interconnection charges and interconnection usage charges. Service providers may mutually agree on the applicable interest rate, subject to a maximum of the State Bank of India’s one-year Marginal Cost of Funds-based Lending Rate (MCLR) plus two percentage points.

8. Additional reporting requirements

Service providers will have to comply with reporting requirements to monitor the migration of traffic from LDCA- and SDCA-level POIs to LSA-level POIs. The reporting framework will also track the transition from E1/TDM-based to IP-based interconnection.

9. Graded financial disincentives

The amendment introduces a graded framework of financial disincentives for violations of the regulations. The revised approach is intended to make enforcement more effective and proportionate to the nature and seriousness of each contravention.

New Rules Aim to Strengthen Telecom Network Connectivity

The provisions covering delayed payment interest, reporting requirements and financial disincentives are intended to support effective implementation and enforcement of the amended regulations.

By aligning interconnection rules with technological developments and changes in the telecom sector, TRAI aims to strengthen connectivity between service providers and facilitate seamless communication across networks. The framework also seeks to provide greater regulatory certainty while maintaining effective interconnection, transparency, non-discrimination and fair competition.


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Aditya-L1 Observations Reveal Asymmetric Expansion of Solar Eruption, Offering New Space Weather Insights

Scientists analysing observations from India’s Aditya-L1 solar observatory have discovered that a coronal mass ejection expanded asymmetrically, providing new insights into solar eruptions and their potential effects on space weather.

India’s first space-based solar observatory, Aditya-L1, has helped researchers uncover new details about the expansion of a coronal mass ejection (CME), a type of solar eruption. The findings could improve scientists’ understanding of space-weather disturbances that may affect satellites and communication networks.

Launched in September 2023, Aditya-L1 is operational at the Sun–Earth L1 point, where it continuously observes the Sun. The spacecraft carries seven scientific payloads, including the Visible Emission Line Coronagraph (VELC), its primary instrument, which is designed to observe the solar corona simultaneously in different modes.

Researchers from the Indian Institute of Astrophysics (IIA), an autonomous institution under the Department of Science and Technology (DST), combined VELC observations with data from NASA’s Solar Dynamics Observatory (SDO) and three-dimensional modelling to reconstruct the geometry and dynamics of a solar eruption.

Aditya-L1 and NASA Observations Reveal Uneven CME Expansion

The researchers examined a CME that occurred on August 5, 2024, originating from an active region near the Sun’s western limb.

“We observed the CME that occurred on 5 August 2024 using the VELC as well as data from the Atmospheric Imaging Assembly (AIA) onboard NASA’s Solar Dynamics Observatory (SDO)”, explained Saurabh Tripathi, a PhD student at IIA, and lead author of the study.

VELC’s spectroscopic observations detected an unusual Doppler pattern involving both blueward and redward shifts in the emission. These shifts indicate plasma moving towards and away from the observer, respectively.

“Our results show that the CME did not expand uniformly. The AIA images captured how the CME propagated across the sky, while VELC revealed the motion of the expanding CME bubble towards and away from us,” Tanmoy Samanta, a solar astronomer at IIA and the corresponding author of the study elaborated.

Together, the observations showed that the eruption developed an asymmetric shape because of its non-uniform expansion.

VELC Spectroscopy Helps Track Plasma Motion

VELC studies newly developing CMEs through spectroscopy using the 530.3-nanometre green emission line produced by highly ionised iron atoms in the solar corona.

This emission captures hot coronal plasma at temperatures of approximately 1.8 million Kelvin. Changes in the wavelength of the emission, known as Doppler shifts, provide information about plasma velocity along the line of sight and close to the solar disk.

The instrument was designed and fabricated by IIA at its MGK Menon Lab for Space Sciences on the CREST campus in Hosakote, with substantial support from the Indian Space Research Organisation (ISRO).

Three-Dimensional Model Confirms Asymmetric Solar Eruption

To investigate the unusual spectral observations, researchers developed a three-dimensional geometric-kinematic model of the expanding CME.

“To understand the unusual spectral pattern observed by VELC, we then developed a 3-D geometric-kinematic model of an expanding CME”, said Jayant Joshi of IIA and a co-author.

The researchers used the model to examine how the CME’s orientation and uneven sideways expansion could produce the observed spectral structures.

A model assuming symmetric expansion failed to reproduce the observations. However, a model incorporating an inclined CME axis and asymmetric lateral expansion generated a spectral pattern and temporal evolution similar to those recorded by VELC.

The team plans to apply this technique to other CMEs to reconstruct their motion without depending entirely on observations from multiple viewing positions in space.

This approach is particularly useful in the lower solar corona, where CMEs evolve rapidly and imaging alone cannot determine plasma motion along the line of sight.

Findings Could Improve Understanding of Space Weather

The discovery could have implications for understanding how solar eruptions travel through space and potentially affect Earth.

“The asymmetric shape of an early CME can have important implications for how it interacts with the solar wind and experiences drag during its propagation through the heliosphere. Such effects can influence the CME’s speed and, ultimately, its arrival time at Earth”, said Joshi.

By revealing the three-dimensional behaviour of CMEs during their early development, the study provides additional insights into the processes that influence solar eruptions and their propagation towards Earth.


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Indian Navy Rescues Hijacked Fishing Vessel and 20 Crew Members off Somalia Coast

The Indian Navy has rescued a hijacked fishing vessel, Azini, and all 20 crew members following an operation lasting more than 48 hours off the coast of Somalia.

The Indian Navy successfully freed the fishing vessel Azini from armed pirates in a coordinated operation that concluded with the safe rescue of all 20 crew members. No casualties or injuries were reported during the operation.

The vessel had reportedly been hijacked by an armed pirate group earlier in October off the north-eastern coast of Somalia. The incident raised concerns over maritime security, as the pirates could potentially use the fishing vessel as a mother ship to launch further attacks against merchant shipping in the region.

Indian Navy Deploys Warship and Reconnaissance Aircraft

Following the hijacking, the Indian Navy deployed a mission-assigned warship to intervene, supported by a maritime reconnaissance aircraft.

The two platforms worked together to locate the vessel through persistent surveillance and track its movements. They also employed calibrated non-kinetic measures to restrict the vessel’s movement and prevent it from escaping.

Marine Commandos were subsequently augmented through a precision airdrop conducted by an Indian Air Force (IAF) C-17 aircraft.

Marine Commandos Secure Vessel and Rescue Crew

The Indian Navy carried out a coordinated tactical intervention to secure Azini and overcome the pirate threat. The operation resulted in the successful release of all 20 crew members, with no casualties or injuries.

The operation lasted more than 48 hours and involved coordination between the Indian Navy and the Indian Air Force. The successful rescue demonstrated the forces’ ability to conduct complex maritime security operations through coordinated action.

India Reaffirms Commitment to Maritime Security

The Indian Navy stated that the operation reflects its operational preparedness and ability to respond to maritime security threats through inter-service coordination.

It also highlighted India’s commitment to serving as a First Responder and Preferred Security Partner in the Indian Ocean Region.

The Navy reiterated its commitment to safeguarding seafarers, protecting vital maritime trade routes and maintaining a safe, secure and stable maritime environment across the Indian Ocean Region.


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India and US Begin Fifth Edition of Joint Tri-Service Exercise Tiger Triumph 2026

India and the United States have launched the fifth edition of their bilateral tri-service humanitarian assistance and disaster relief exercise, Tiger Triumph 2026, in Visakhapatnam.

The opening ceremony of Exercise Tiger Triumph 2026 was held on November 2 at the Maritime Warfare Centre (MWC), Visakhapatnam. The fifth edition of the India-US Bilateral Tri-Service Humanitarian Assistance and Disaster Relief (HADR) exercise is being conducted as a Tabletop Exercise (TTX) this year.

The exercise aims to strengthen coordination, joint planning and interoperability between the armed forces of both countries during large-scale humanitarian assistance and disaster relief operations.

The opening ceremony was presided over by Rear Admiral Vishal Bishnoi, Flag Officer Commanding Eastern Fleet, and Rear Admiral Joaquin J Martinez de Pinillos, Vice Commander, US Pacific Fleet.

Exercise Focuses on Joint Planning and Disaster Response

Tiger Triumph 2026 reflects the growing defence partnership between India and the United States and the convergence of their strategic maritime interests.

This edition aims to further improve interoperability between the two armed forces and facilitate the conduct of Combined Joint All-Domain Operations. Particular emphasis has been placed on planning and coordination for large-scale HADR operations.

Indian Armed Forces and NDRF Participate

The Indian contingent includes specialists from different domains of maritime operations from the Indian Navy, ground forces from the Indian Army and representatives from various units of the Indian Air Force.

Special Forces personnel from all three Services are also participating in the exercise. Additionally, a team from the National Disaster Response Force (NDRF) will participate in Tiger Triumph for the first time in its fifth edition.

US Joint Force Brings Multi-Domain Specialists

The US Joint Force comprises specialist representatives from different domains of the country’s armed forces, including the US Air Force, Army, Marine Corps and Navy.

The participating team also includes specialists in Space, Cyber, Medical and Explosive Ordnance Disposal.

Through the tabletop exercise, Indian and US personnel will work on strengthening joint planning and coordination for large-scale disaster response operations, with the broader objective of improving interoperability between the two countries’ armed forces.


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INS Sahyadri Completes Bilateral Naval Exercise with Republic of Korea Navy in Busan

The Indian Navy’s INS Sahyadri has concluded its participation in the bilateral naval exercise with the Republic of Korea Navy at Busan, strengthening maritime cooperation and operational coordination between the two countries.

INS Sahyadri successfully completed its participation in the India-Republic of Korea Navy (IN-RoKN) Bilateral Exercise at Busan, Republic of Korea, on October 29, 2026. The engagement focused on enhancing interoperability, mutual understanding and maritime cooperation between the two navies.

Harbour Phase Promotes Professional and Cultural Exchanges

During the harbour phase, personnel from the Indian Navy and the Republic of Korea Navy participated in professional discussions, cross-deck visits, operational briefings and Subject Matter Expert Exchanges.

These engagements provided opportunities for both navies to share operational perspectives and best practices. Cultural exchanges and sporting activities also helped build camaraderie and strengthen interpersonal relationships among participating personnel.

Sea Phase Features Joint Maritime Operations

The sea phase translated the professional exchanges into practical operational activities. INS Sahyadri and ROKS Munmu the Great conducted coordinated navigation, helicopter operations and joint maritime manoeuvres.

The activities allowed both navies to practise coordination at sea, gain a better understanding of each other’s operating procedures and improve their interoperability during maritime operations.

India and South Korea Strengthen Indo-Pacific Maritime Cooperation

The successful conclusion of the exercise reflects the shared commitment of India and the Republic of Korea to strengthening maritime cooperation through continued engagement and collaboration.

Such interactions help build mutual trust and contribute to collective efforts to maintain peace, stability and security across the Indo-Pacific region.


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