How ‘Dad bods’ influence childhood obesity risks

As obesity rates rise across the U.S., new research from Joe C. Wen School of Population & Public Health at the University of California, Irvine scientists draws attention to an often-overlooked factor in children’s long-term health: fathers.

Published in Current Obesity Reports, the review examines how a father’s health before and during parenthood—including obesity, diet, stress, mental health and lifestyle habits—can influence a child’s risk for obesity and related health conditions, even before conception. The findings suggest that what is often dismissed as a “dad bod” may reflect health factors that can shape children’s long-term well-being, or in other words, not as harmless as it may seem.

“We found that fathers’ health as an important contributor to children’s health through biological, behavioral and environmental pathways,” said corresponding author Matthew Landry, assistant professor of population health & disease prevention and a registered dietitian nutritionist.

Current trends indicate that more than 250 million people in the U.S. will be overweight or obese by 2050, according to estimates cited by the researchers. While maternal health has long been the focus of efforts to understand childhood obesity, this study and other evidence suggest fathers also play a meaningful role in shaping children’s health.

“Obesity is not simply the result of individual choices,” Landry said. “This work highlights that obesity risk is 40 to 70 percent heritable and can be passed across generations through complex biological and environmental influences.”

Recent evidence collected in this review suggests that obesity can affect sperm quality and alter epigenetic markers – biological signals influenced by behaviors and environment that help regulate how genes function during early development. These changes can potentially affect appetite regulation, metabolism and long-term disease risk in children.

Encouragingly, though, there is evidence that suggests these effects may be reversible. Weight-loss interventions, including lifestyle changes and bariatric surgery, can improve sperm health and modify obesity-related epigenetic patterns, according to the researchers.

Beyond biology, fathers help shape family routines and behaviors that influence children’s health. Fathers’ eating habits, physical activity levels and approaches to parenting are closely associated with children’s diet quality, activity levels and obesity risk. Active involvement in meal preparation, eating meals together and shared physical activity has been linked to healthier outcomes for children.

The review also highlights the broader factors that affect fathers’ ability to support healthy lifestyles, including income, food insecurity, neighborhood conditions, workplace policies and mental health.

The authors argue that healthcare systems and public health programs should include fathers in obesity prevention efforts to a greater degree. Recommendations include father-inclusive prenatal care, expanded support for paternal mental health, paid parental leave and flexible workplace policies that support family well-being.

“Fathers have historically been overlooked in maternal and child health research and intervention efforts,” Landry said. “Recognizing fathers as active contributors to family health creates new opportunities to improve outcomes for future generations.”

The researchers conclude that addressing obesity requires a family-centered, multigenerational approach – one that recognizes fathers as essential partners in building healthier futures for children.

 

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Child obesity level surpasses underweight cases worldwide for the first time, UNICEF warns

Obesity drug may decrease type 2 diabetes risk: Study reveals

 

President confers 07 Kirti Chakras,15 Vir Chakras, 29 Shaurya Chakras during Defence Investiture Ceremony

President Smt Droupadi Murmu conferred 07 Kirti Chakras, including 02 posthumous; 15 Vir Chakras, including 03 posthumous; and 29 Shaurya Chakras, including 01 posthumous, to the personnel of the Defence Forces, Central Armed Police Forces and State/Union Territory Police during Phase-I of Defence Investiture Ceremony 2026 at Rashtrapati Bhawan, New Delhi on June 08, 2026. These Gallantry awards were given to the personnel for displaying raw courage, unparalleled bravery and total disregard to personal safety in the line of duty. The list of awardees in the order of presentation is as follows:

S NO NAME, RANK AND OTHER DETAILS SERVICE DATE OF ACT
SHAURYA CHAKRA
1 INSPECTOR, SHRI LAXMAN KEWAT

INSPECTOR, SHRI RAMESHWAR PRASAD DESHMUKH

MHA 16.04.2024
2 IC-75018X, LIEUTENANT COLONEL NEETESH BHARTI SHUKLA, 19 SIKH ARMY 13.07.2024
3 IC-87240L, MAJOR ADITYA PRATAP SINGH, SM, THE RAJPUTANA RIFLES, 44 ASSAM RIFLES ARMY 24.10.2024
4 IC-83864A, MAJOR ASHISH KUMAR, 7 PARA (SPECIAL FORCES) ARMY 01.11.2024
5 115069477, CONSTABLE/GD SANJAY TIWARI
115342883, CONSTABLE/GD FEDA HUSSAIN DAR
MHA 02.11.2024
6 AR-425Y, ASSISTANT COMMANDANT (NOW DEPUTY COMMANDANT) MOHD SHAFIQ, 26 ASSAM RIFLES ARMY 05.11.2024
7 09213-N, LIEUTENANT COMMANDER SURAJ PRASHAR NAVY 05.11.2024
8 254831-N, RAM GOYAL, SEA II (Now LS) NAVY 05.11.2024
9 145310461, CONSTABLE/GD SADDAM HUSSAIN, CRPF MHA 05.11.2024
10 129078, ASSISTANT COMMANDANT VIPIN WILSON, 20 BN, CRPF MHA 11.11.2024
11 G/5009749A, RIFLEMAN BHOJ RAM SAHU, 3 ASSAM RIFLES ARMY 15.11.2024
12 30725, WING COMMANDER (NOW GROUP CAPTAIN) ABHIMANYU SINGH, FLYING (PILOT) AIR FORCE 21.11.2024
13 IC-81649W, MAJOR BHARGAV KALITA, THE KUMAON REGIMENT, 50 RASHTRIYA RIFLES ARMY 02.12.2024
14 SS-49484P, MAJOR LEISHANGTHEM DEEPAK SINGH, 11 PARA (SF) ARMY 25.04.2025
15 IC-83399Y, MAJOR ANSHUL BALTOO, JAK LI, 32 ASSAM RIF ARMY 29.04.2025
16 IC-84586K, MAJOR SHIVKANT YADAV, 5 PARA (SF) ARMY 12.05.2025
17 JC-0110806H, SUBEDAR P H MOSES, 1 ASSAM RIF ARMY 14.05.2025
18 SS-49451K, MAJOR VIVEK, MECH INF, 42 RR ARMY 15.05.2025
19 G/38589Y, RIFLEMAN MANGLEM SANG VAIPHEI, 3 ASSAM RIF ARMY 09.06.2025
20 IC-71626F, LIEUTENANT COLONEL GHATAGE ADITYA SHRIKUMAR, 21 PARA (SF) ARMY 13.07.2025
21 IC-85492Y, CAPTAIN YOGENDER SINGH THAKUR, 6 PARA (SF) ARMY 21.07.2025
22 JC-414986M, SUBEDAR SHAMSHER SINGH, 4 PARA (SPECIAL FORCES) ARMY 28.07.2025
23 2712274W, LANCE NAIK (NOW NAIK) RAHUL SINGH, 4 PARA (SPECIAL FORCES) ARMY 28.07.2025
24 G/5019682A, RIFLEMAN DHURBA JYOTI DUTTA, 33 ASSAM RIF ARMY 19.09.2025
25 08030-Z, LIEUTENANT COMMANDER DILNA K

09134-H, LIEUTENANT COMMANDER ROOPA A

NAVY 26.01.2026
VIR CHAKRA
26 IC-69077N, COLONEL KOSHANK LAMBA, 302 MEDIUM REGIMENT ARMY 07.05.2025
27 28181, GROUP CAPTAIN RANJEET SINGH SIDHU, FLYING (PILOT) AIR FORCE 07.05.2025
28 28462, GROUP CAPTAIN MANISH ARORA, SC FLYING (PILOT) AIR FORCE 07.05.2025
29 28689, GROUP CAPTAIN ANIMESH PATNI, FLYING (PILOT) AIR FORCE 07.05.2025
30 29889, GROUP CAPTAIN KUNAL KALRA, FLYING (PILOT) AIR FORCE 07.05.2025
31 30398, WING COMMANDER (NOW GROUP CAPTAIN) JOY CHANDRA, FLYING (PILOT) AIR FORCE 07.05.2025
32 IC-72358P, LIEUTENANT COLONEL SUSHIL BISHT, 1988 (INDEPENDENT) MEDIUM BATTERY ARMY 07.05.2025
33 32748, SQUADRON LEADER (NOW WING COMMANDER) SARTHAK KUMAR, FLYING (PILOT) AIR FORCE 07.05.2025
34 33900, SQUADRON LEADER SIDDHANT SINGH, FLYING (PILOT) AIR FORCE 07.05.2025
35 34563, SQUADRON LEADER RIZWAN MALIK, FLYING (PILOT) AIR FORCE 07.05.2025
36 36433, FLIGHT LIEUTENANT (NOW SQUADRON LEADER) AARSHVEER SINGH THAKUR, FLYING (PILOT) AIR FORCE 07.05.2025
37 JC-524528Y, NAIB SUBEDAR SATISH KUMAR, 4 DOGRA ARMY 10.05.2025
KIRTI CHAKRA
38 21009588Y, LANCE NAIK MEENATCHI SUNDARAM A, THE REGIMENT OF ARTILLERY, 34 RASHTRIYA RIFLES ARMY 19.12.2024
39 JC-415036K, NAIB SUBEDAR DOLESHWAR SUBBA, 2 PARA (SF) ARMY 11.04.2025
40 IC-81753K, MAJOR ARSHDEEP SINGH, ARMD, 1 ASSAM RIFLES ARMY 14.05.2025
41 25284, AIR COMMODORE PRASANTH BALAKRISHNAN NAIR, FLYING(PILOT) AIR FORCE 25.06.2025
42 IC-88733Y, CAPTAIN LALRINAWMA SAILO, 4 PARA (SPECIAL FORCES) ARMY 28.07.2025
SHAURYA CHAKRA (POSTHUMOUS)
43 15507686K, L/DFR BALDEV CHAND, ARMD, 4 RR (POSTHUMOUS) ARMY 19.09.2025
VIR CHAKRA (POSTHUMOUS)
44

 

870027370, SUB INSPECTOR (GD), MOHD IMTEYAJ (POSTHUMOUS)

214005316, CT/GD DEEPAK CHINGAKHAM (POSTHUMOUS)

MHA 07.05.2025
45 9124126F, RIFLEMAN SUNIL KUMAR, 4 JAMMU AND KASHMIR LIGHT INFANTRY (POSTHUMOUS) ARMY 10.05.2025
KIRTI CHAKRA (POSTHUMOUS)
46 4594379M, SEPOY JANJAL PRAVIN PRABHAKAR, THE MAHAR REGIMENT, 1 RASHTRIYA RIFLES (POSTHUMOUS) ARMY 06.07.2024
47 IC-91128W, LIEUTENANT SHASHANK TIWARI, THE ARMY SERVICE CORPS, 1 SIKKIM SCOUTS (POSTHUMOUS) ARMY 22.05.2025

 

President of India, Droupadi Murmu presents Gallantry awards [Video]

The President of India, Smt Droupadi Murmu presented Gallantry Awards at the Defence Investiture Ceremony-2026 (Phase-I) held at Rashtrapati Bhavan today (June 8, 2026).

Among the dignitaries present on the occasion were the Vice President of India, Prime Minister of India and Union Minister for Defence.

The citations of awardees and photographs of the function are attached

PIB

Also Read:

Nominations Open For Padma Awards 2027; Deadline July 31

President Murmu presents National Service Scheme Awards for the year 2020-21

 

 

Rowers included in TOPS Development Group ahead of Asian Games 2026

The Mission Olympic Cell (MOC), in its 174th meeting, has inducted multiple rowers into the Target Olympic Podium Scheme (TOPS) Development Group ahead of the 2026 Asian Games in Aichi-Nagoya and other upcoming events. The list has been finalised following the completion of annual national selection trials and crew finalisation by the Rowing Federation of India (RFI).

A total of 22 Rowers are now a part of the TOPS Development group across six boats. This crew will now prepare for major international competitions featuring Rowing, including the Asian Games and World Cup circuit. Among the prominent names inducted are Paris 2024 Olympian Balraj Panwar, Asian Games 2022 silver medalist Arvind Singh, Asian Games 2022 double medalist Jaswinder Singh, and more.

These 22 rowers have been grouped across different boats, including Men’s Single Sculls (M1X), Men’s Double Sculls (M2X), Men’s Quadruple Sculls (M4X), Lightweight Men’s Double Sculls (LM2X), Men’s Coxed Eight (M4-) and Women’s Coxless Fours (W4-). While the majority of the inducted athletes are being prepared with a direct focus on the Asian Games 2026 cycle, some crews are also part of India’s broader international development pathway targeting future competitions, like the Commonwealth Games 2030 set to be hosted in the country.

The induction of these multiple Indian rowers into the TOPS Development Group is another effort to build sustainable bench strength across several boat categories rather than focusing only on individual medal prospects. With India set to host the centenary edition of the Commonwealth Games in 2030, the strengthening of rowing infrastructure and athlete depth remains key. Rowing has not featured in the Commonwealth Games since the 1986 edition in Edinburgh, but can be set for a return in the centenary edition of the games.

The 2026 Asian Games will be held from September 19 to October 4, 2026, in Aichi and Nagoya, Japan.

The continental multi-sport event will bring together thousands of athletes from across Asia to compete in a wide range of disciplines.

Full List of TOPS Development Rowers inducted:

Men’s Single Sculls – Arvind Singh

Men’s Double Sculls – Navdeep Singh, Kulwinder Singh

Men’s Quadruple Sculls – Balraj Panwar, Satnam Singh, Jakar Khan, Salman Khan

Lightweight Men’s Double Sculls – Lakshay, Ujjwal Kumar Singh

Men’s Coxed Eight – Jaswinder Singh, Nitin Kumar, Babulal Yadav, Yogesh Kumar, Ghurde Vipul Satish, Saurav Kumar, Iqbal Singh, Sannee Kumar, Dhananjay Uttam Pande

Women’s Coxless Fours – Gurbani Kaur, Poonam, Tendenthoi, Aleena Anto.

Also Read:

Rs.50K Stipend for Sports Persons Going for Olympic, Asian Games

India expands water sports training and funding for all other states; Why Karnataka is missing

 

‘Yoga for Healthy Ageing’: Theme for International Day of Yoga 2026

The theme for the 12th International Day of Yoga (IDY), to be observed on June 21, 2026, has been announced as “Yoga for Healthy Ageing”, underscoring the growing global recognition of yoga as a holistic tool for enhancing physical, mental and emotional well-being.

Rooted in India’s ancient traditions and embraced worldwide, yoga has increasingly been viewed as an effective means of promoting healthy and active living. The theme highlights yoga’s role in fostering vitality, resilience and independence, while reinforcing its importance in preventive healthcare and overall wellness.

Speaking on the theme, Union Minister of State (Independent Charge) for Ayush and Minister of State for Health and Family Welfare, Shri Prataprao Jadhav, said, “The theme for this year’s IDY, ‘Yoga for Healthy Aging’, holds immense relevance today. As life expectancy continues to rise, it is vital that we learn the art of aging gracefully and healthily—a concept beautifully exemplified in India’s ancient civilization, where our sages and yogis sustained longevity and vibrant health through the power of yoga and spiritual discipline.”

Focus on Healthspan, Not Just Lifespan

The theme places emphasis on improving not only lifespan but also “healthspan”—the number of years a person lives in good health. Through physical postures, breathing exercises, meditation and mindfulness practices, yoga offers a comprehensive approach to maintaining mobility, emotional resilience and mental well-being throughout the ageing process.

The concept aligns with growing global efforts to promote healthy ageing amid rising life expectancy and changing demographic trends.

Scientific Interest Continues to Grow

The benefits of yoga in supporting healthy ageing are increasingly being backed by scientific research.

According to data available on PubMed Central, the number of scholarly publications focusing on “Yoga for Healthy Aging” has risen sharply over the past decade. Research papers on the subject increased from 183 in 2014 to 1,207 in 2025. The volume of publications crossed 500 in 2020 and has continued to expand steadily since then.

The growing body of evidence supports the long-standing view within India’s traditional knowledge systems that healthy ageing depends on maintaining a balance between physical, mental and social well-being.

Rising Opportunities in the Silver Economy

The focus on healthy ageing coincides with the rapid expansion of the global “silver economy,” which comprises products and services designed for senior citizens.

In India, the senior-focused economy—including healthcare, wellness services, rehabilitation, assisted living, digital health and elder care—is estimated at nearly ₹73,000 crore and is expected to grow significantly in the coming years.

With people in the 45-64 age group increasingly emerging as a major consumer segment worldwide, demand for preventive healthcare and wellness-oriented lifestyles is on the rise. Yoga is increasingly being viewed as an affordable and accessible solution that supports active and healthy ageing.

PIB

Ayush Ministry’s Yoga Initiatives

The Ministry of Ayush has launched several programmes to promote yoga as a year-round wellness practice and strengthen its role in preventive healthcare.

Among them is the Ministry’s evidence-based “10 Yoga Protocols for Non-Communicable Diseases (NCDs) and Target Groups,” which includes a dedicated protocol tailored for senior citizens. The programme aims to improve flexibility, balance, mobility, respiratory health and emotional well-being through age-appropriate yoga practices.

The Ministry is also advancing its “Yoga 365” initiative, which seeks to encourage daily yoga practice beyond the annual International Day of Yoga celebrations. The programme leverages technology-driven platforms and home-based practice modules to make yoga more accessible.

Another initiative, “Yoga Samavesh,” focuses on extending the benefits of yoga to vulnerable and underserved communities. Through chair yoga, low-impact exercises and community wellness sessions, the programme aims to help senior citizens maintain independence, social engagement and overall well-being.

Innovation Supporting Elder Care

The IDY 2026 theme complements broader government efforts to address the needs of India’s ageing population.

Programmes such as the Seniorcare Ageing Growth Engine (SAGE) are promoting innovation, entrepreneurship and start-up participation in the development of elderly care solutions.

The increasing awareness of yoga’s health benefits is also creating new opportunities for wellness professionals, caregivers, digital health providers and community organisations involved in senior care. Experts expect growing demand for trained personnel capable of supporting holistic and non-clinical aspects of ageing.

A Timely Message for an Ageing World

As countries around the world adapt to changing demographic realities, the theme “Yoga for Healthy Ageing” carries a timely and relevant message.

By encouraging preventive healthcare, active lifestyles and holistic wellness, yoga offers a practical pathway to improving quality of life across age groups. As the world prepares to mark International Day of Yoga 2026, the theme reaffirms India’s commitment to sharing a time-tested practice that promotes healthy, active and graceful ageing.

 

Also Read:

Yoga and meditation improve brain function and energy levels

India Showcases Merits of International Day of Yoga to World

Could oral health be affecting female fertility?

Chronic oral inflammation may impair female fertility by triggering a systemic immune response that affects the ovaries. A new study shows this leads to oxidative damage, reduced egg quality, disrupted follicle development and reduced live birth rate. These findings point to a potential biological link between oral health and unexplained infertility, opening new directions for future treatments.

[Hebrew University of Jerusalem]– A new study led by Prof. Michael Klutstein at the Hebrew University of Jerusalem and Prof. Asaf Wilensky at the Hebrew University-Hadassah Medical center and spearheaded by the students Dr. Paz Kles and Stephen Amehohas uncovered a striking biological link between chronic oral inflammation and female fertility, suggesting that conditions in the mouth may have far-reaching effects on reproductive health.

Published in the Journal of Dental Research, the study shows that persistent inflammation in the oral cavity can impair ovarian function, reduce egg quality, and ultimately lower fertility rates.

Researchers examined in a mouse model inflammation associated with dental implants, a common clinical scenario, and tracked how immune signals spread throughout the body. Their findings reveal that inflammation does not remain confined to the oral cavity but triggers a systemic immune response that reaches the ovaries.

The consequences were significant. Chronic oral inflammation in the animals was linked to increased levels of inflammatory cytokines in the ovaries, along with shifts in immune cell populations. This was accompanied by oxidative damage to ovarian tissue, impaired development of follicles, and reduced quality of oocytes.

These biological changes translated into measurable reproductive outcomes, with markedly reduced birth rates observed under inflammatory conditions in the animals.

The study also identified deeper cellular effects. Oocytes exhibited DNA damage and epigenetic alterations resembling those seen in reproductive aging, pointing to a possible mechanism by which inflammation accelerates the decline in fertility.

“Inflammation is often thought of as a localized response, but our findings show that it can have systemic consequences that extend as far as the reproductive system,” said Prof. Michael Klutstein. “This work suggests that chronic oral inflammation may be an underrecognized factor in female infertility, potentially contributing to cases that currently have no clear explanation.”

The findings add to growing evidence that oral health is closely linked to overall health. Chronic oral inflammatory conditions such as periodontitis are widespread and have already been associated with a range of systemic diseases.

The researchers note that further investigation in clinical settings will be essential to determine how these findings translate to patient care. If confirmed, the work could open new avenues for diagnosis and treatment, including the use of anti-inflammatory or antioxidant approaches to improve fertility outcomes.

 

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Some cancer immunotherapy treatments may damage fertility, women’s hormonal health

Women may experience different PCOS or PCOD symptoms depending on where they live

CBSE Re-Evaluation Portal Delay Sparks New Anxiety Among Students

The Central Board of Secondary Education (CBSE) has come under criticism after its portal for Class XII answer-sheet re-evaluation remained non-functional throughout the fixed application window, raising fears that students could miss opportunities for next grade admissions at premier institutions.

The board had initially scheduled the re-evaluation application window from May 26 to May 29. However, students reported being unable to access the portal during the entire period. On Friday evening, CBSE announced that the portal would instead become operational on June 1, citing the need to ensure a glitch-free process.

The delay has triggered concerns among students, parents and school administrators, particularly because the re-evaluation process could now extend into a crucial phase of college admissions.

“If the CBSE accepts requests for re-evaluation on June 1, it may take about a week to complete the process and publish revised results,” a Delhi school principal said. “By then, many students may have lost opportunities to secure admission to institutions of their choice. The CBSE is playing with students’ futures.”

Anixiety over admission deadline for CUET ranking

Students seeking a review of their marks have expressed frustration over the prolonged uncertainty. One student who appeared for the Common University Entrance Test (CUET) on Friday said, on condition of anonymity, that she had repeatedly attempted to submit a re-evaluation request without success.

“I was unable to focus properly on preparing for my CUET papers because of the low marks awarded to me in Class XII,” she said. “I spent nearly an hour trying to submit a request in the morning and again after my exam, but the portal still did not work.”

The difficulties are linked to the CBSE’s introduction of the On-Screen Marking (OSM) system for Class XII answer sheets from this year. Under the new system, answer sheets are scanned, digitally transmitted to examiners and evaluated on-screen.

Several students have alleged that flaws in the digitisation process may have contributed to unexpectedly low scores. Concerns have been raised about blurred scans, illegible copies and other technical issues that may have affected evaluation accuracy.

Original application window for re-evaluation extended

Problems first emerged when students attempted to obtain copies of their evaluated answer sheets, a mandatory step before applying for re-evaluation. The portal used for this process reportedly functioned inconsistently, forcing CBSE to extend the original May 19–22 deadline multiple times.

In at least two cases, students alleged that their answer sheets had been swapped with those of other candidates, resulting in incorrect marks. The board has reportedly acknowledged these instances.

According to CBSE, answer-sheet copies have so far been provided to nearly four lakh students. In a post on social media at 4.50 pm on Friday, the board said the re-evaluation portal would be activated from June 1.

“In order to ensure a transparent and glitch-free process for verification and revaluation of answer books of students who intend to submit their applications on the Post-Result Activities portal, it has been decided that the designated portal will now be operational from 1st June 2026,” CBSE said.

JEE results to be announced on June 1

The announcement has intensified concerns because the results of the Joint Entrance Examination (JEE) Advanced are also scheduled to be declared on June 1, with counselling and seat allocation beginning the following day.

For admission to the Indian Institutes of Technology (IITs), candidates must either secure at least 75 per cent marks in their Class XII examinations or rank among the top 20 percentile of their respective boards, regardless of their JEE Advanced performance.

Educationists warn that students who narrowly missed the eligibility threshold due to potential evaluation errors could lose their chance to secure IIT seats if revised marks are not processed in time.

“It would be unfortunate if students with strong JEE Advanced performances miss IIT admission because they fall marginally short of the 75 per cent requirement due to issues associated with the new digital marking system,” the principal said.

The delay could also affect admissions to universities that continue to use Class XII board marks as a key admission criterion. Many institutions have already begun their admission processes.

CBSE re-assures students: ‘Don’t panic’

Meanwhile, CBSE has sought to reassure stakeholders by directing principals of affiliated schools to circulate video reels explaining the benefits of the new evaluation system.

The board provided schools with a scripted message praising the OSM system and describing the problems as temporary “bumps”. The message highlights the scale of the initiative, noting that nearly 98 lakh answer sheets were digitised under the new system.

“Please, do not panic,” the scripted message states. “I want to reassure every student and parent that no child will be allowed to suffer due to a technical error. CBSE has been highly proactive, empathetic, and communicative regarding these teething issues.”

Despite these assurances, the continuing technical problems have fuelled criticism of the board’s handling of the transition to digital evaluation, with many stakeholders demanding faster resolution and safeguards to ensure students are not disadvantaged during the ongoing admission season.

Siddaramaiah Set to Quit as Karnataka Chief Minister, DK Shivakumar Likely Successor

A major leadership transition appears imminent in Karnataka, with Chief Minister Siddaramaiah expected to resign on Thursday, paving the way for Deputy Chief Minister D.K. Shivakumar to take over the state’s top post after intense consultations within the Congress leadership.

According to multiple reports and party sources, Siddaramaiah has sought an appointment with Governor Thaawarchand Gehlot to formally submit his resignation later in the day. The development follows marathon discussions in New Delhi involving senior Congress leaders, including party president Mallikarjun Kharge, Rahul Gandhi and KC Venugopal.

The anticipated change in leadership marks the culmination of months of speculation over a power-sharing arrangement within the Karnataka Congress after the party’s emphatic victory in the 2023 Assembly elections. Siddaramaiah and Shivakumar had emerged as the two principal contenders for the chief minister’s post at the time, with the party eventually choosing Siddaramaiah as CM and appointing Shivakumar as his deputy.

Reports indicate that the Congress central leadership has now thrown its weight behind Shivakumar’s elevation. Sources said Siddaramaiah has agreed to abide by the party high command’s decision after discussions with loyalists and senior party functionaries.

While the Congress officially denied that any final decision had been taken earlier this week, political activity within the party intensified rapidly after legislators close to both camps began openly discussing a transition. Congress general secretary Randeep Singh Surjewala had maintained that discussions in Delhi were linked only to Rajya Sabha and Legislative Council elections.

However, senior party leaders and legislators later indicated that Siddaramaiah’s resignation was likely within days, triggering celebrations among Shivakumar supporters across Karnataka.

End of a Significant Political Chapter

If Siddaramaiah steps down, it would bring to a close one of the longest and most influential leadership tenures in Karnataka politics. He has served as chief minister across two terms, first from 2013 to 2018 and again since May 2023.

His latest tenure has been marked by the implementation of the Congress government’s flagship welfare guarantees, including free bus travel for women and direct-benefit schemes targeting economically weaker sections. Siddaramaiah also recently accepted the long-pending socio-educational survey, popularly known as the caste census report, from the State Backward Classes Commission, a politically significant move seen as central to the Congress’s backward-class outreach strategy.

Political observers say Siddaramaiah’s exit would signal not only a generational shift within the Karnataka Congress but also a recalibration of caste and regional equations ahead of future electoral battles.

Shivakumar’s Long Wait Nears Completion

For D.K. Shivakumar, the expected elevation would cap a long political journey marked by organisational influence, crisis management and loyalty to the Congress leadership. An eight-time MLA and current Karnataka Pradesh Congress Committee president, Shivakumar played a pivotal role in reviving the Congress in the state after the party’s setbacks in previous elections.

He is widely credited with managing coalition negotiations in Karnataka after the 2018 Assembly elections and safeguarding Congress legislators during periods of political instability. Shivakumar also emerged as a key strategist for the party nationally, particularly during crucial Rajya Sabha contests.

Known for his strong organisational grip and financial clout, Shivakumar has long been viewed as a natural claimant to the chief minister’s post. His supporters have repeatedly argued that his efforts in rebuilding the party machinery after 2019 were instrumental in Congress returning to power in 2023.

Siddaramaiah’s Future Role in Delhi

Amid the transition buzz, reports suggest the Congress leadership may offer Siddaramaiah a larger national role, potentially including a Rajya Sabha berth.

Though there has been no official confirmation, such a move could help the Congress retain Siddaramaiah’s influence within the party while facilitating a smoother leadership handover in Karnataka.

The leadership change is expected to have broader political implications in the state, where the Congress is seeking to consolidate its social coalition and maintain momentum against the BJP and Janata Dal (Secular) ahead of the next Assembly elections scheduled for 2028.

As Karnataka awaits an official announcement, the focus now shifts to the Congress Legislature Party meeting and the possible swearing-in timeline for Shivakumar, who appears poised to finally assume the state’s highest political office.

How Climate Change Weakens The Lakes’ Natural Ability To Purify Water

Lakes do far more than support fish, birds and recreation — they also act as crucial natural filters that remove excess nitrogen from water systems. However, new research led by scientists at the University of Basel and Eawag has found that climate change may significantly weaken this purification process, potentially triggering wider ecological consequences that extend to oceans and coastal regions.

 

New species of bizarre, bipedal, toothless crocodile relative from the Triassic discovered in Ghost Ranch

Unearthed in Ghost Ranch, New Mexico, Labrujasuchus expectatus—the ‘Witch Croc’—highlights the weirdness of life at the dawn of the dinosaurs and the legacy and ongoing discoveries at an iconic site 20 years into excavation

In the Triassic, the modern animals we know were just beginning to diversify into a menagerie of forms and body plans that rhyme with the lifestyles of extinct and living animals better known to the public, but nested in groups that ended up taking wildly divergent paths. Case in point: Labrujasuchus expectatus.

Described in the journal Journal of Vertebrate PaleontologyLabrujasuchus looked very much like ornithomimosaurs, a group of bipedal dinosaurs from the Cretaceous with body plans similar to those of modern ostriches. But Labrujasuchus comes from the branch of archosaurs that led to crocodiles, famously four-legged and full of teeth. The newly-described Labrujasuchus navigated the world on two legs with tiny arms and a toothless mouth tipped in a beak—about as far away from a crocodile as possible.

In the Triassic, you can expect the unexpected. 

The Triassic was the first period of the Mesozoic Era — often called the “Age of Dinosaurs.” It lasted from about 252 million to 201 million years ago, after the massive Permian extinction that wiped out most life on Earth.

Among the primordial Star Wars bar denizens of the epoch were the lagerpetids, bipedal dinosaur cousins whose relatives would take to the skies as pterosaurs; the funky tree-dwelling Drepanosaurus, with a single tree-sloth-like claw on its hands and a little one on its prehensile tail; and the aquatic reptilian mini-tank, Vancleavea, to name a few. Labrujasuchus expectatus, the newest identified member of Shuvosauridae—a group of ancient crocodile relatives with body plans resembling bipedal, small-armed theropod dinosaurs—stepped into this world of bizarre reptiles with both feet.

“We see a lot of the successful strategies for modern animals and non-avian dinosaurs first arise in the Triassic, and shuvosaurs are a great example of that convergent evolution,” says Dr. Alan Turner, lead author on the paper. “Bipedalism is certainly a unique path for crocodile relatives to take, but it’s a path well-trod by dinosaurs and later birds. It obviously worked for these animals.”

One of only five identified species, Labrujasuchus expectatus fills the gap between two earlier discovered shuvosaurs from the region, an evolutionary link paleontologists knew was waiting to be found. The discovery was the expected unexpected, which inspired the species name ‘expactatus’. The witchy genus moniker, Labrujasuchus, references the ‘Ranchos de los Brujos,’ or Ranch of the Witches, an old Spanish name for Ghost Ranch, and the Greek word Σοῦχος (suchus) meaning “crocodile”.

“Legend has it, the local rancheros gave the site the name ‘Ranchos de Los Brujos’ to keep folks away from the cattle-rustling operations of the Archuleta brothers,” says Dr. Nate Smith, co-author and Gretchen Augustyn Director & Curator of the NHMLAC Dinosaur Institute. “We wanted to give a nod to that colorful history, and honor the incredible role Ghost Ranch has played in expanding our view of the Triassic. We also wanted to highlight how the fossil record works—finding one shuvosaur from earlier in the Triassic and one from later meant that we paleontologists knew there were probably more from in-between waiting to be discovered and described.”

(Ghost Ranch is a famous desert retreat, fossil site, and cultural landmark in northern New Mexico)

Marking 20 Years of Collaboration at Ghost Ranch

With its bizarre assortment of creatures, the Triassic can feel like it belongs to another Earth entirely, but the body plans of long-gone weirdos reverberate through time, mirroring our modern weirdos, who are often in danger of going extinct. In short, understanding the Triassic past helps us better understand and protect our present, and perhaps nowhere on Earth gives a better view of that long-gone epoch than Ghost Ranch. Home to four quarries excavated by paleontologists for decades, Ghost Ranch continues to produce some of the most exquisitely produced fossils from the epoch.

 

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Scientists Discover Hidden Superconducting Patterns Inside Diamond

Diamond’s importance in science extends far beyond its brilliance and luxury appeal. Researchers value the material for its exceptional hardness, remarkable ability to conduct heat, and transparency across much of the light spectrum. About 20 years ago, scientists uncovered another surprising property: under specific conditions, diamond can behave as a superconductor, allowing electrical current to move without resistance.

For years, however, researchers struggled to understand the physics behind this phenomenon, limiting efforts to use superconducting diamond in advanced technologies.

Now, scientists from Pennsylvania State University, the University of Chicago Pritzker School of Molecular Engineering and the U.S. Department of Energy-backed Q-NEXT, led by Argonne National Laboratory, say they have uncovered crucial clues explaining how superconductivity emerges inside diamond.

By engineering ultra-high-quality diamond structures and separating genuine electronic signals from background material noise, the team was able to reveal mechanisms that had remained hidden for decades.

The findings, published in the Proceedings of the National Academy of Sciences, could open the door to multifunction quantum chips capable of combining several quantum technologies within a single platform.

Researchers believe the breakthrough could help bridge one of quantum computing’s biggest challenges — connecting different types of qubits, or quantum bits, that often struggle to work together efficiently. Diamond, they say, may provide a rare material platform capable of supporting multiple quantum functions simultaneously while remaining thermally efficient and compatible with existing electronics.

“This offers a new way of thinking by integrating superconducting and semiconductor behavior to create opportunities for multifunction quantum devices,” said David Awschalom, professor of Quantum Science and Engineering and Physics at UChicago PME and director of the Chicago Quantum Exchange.

Awschalom said future technologies could potentially combine light, spin, superconductivity and magnetism within a single engineered material that also integrates with modern microelectronics.

“There’s enormous potential at the interface between these nominally disparate areas of science,” he said, adding that deeper atomic-scale engineering could unlock entirely new classes of quantum systems.

How it works

In order to become superconducting, diamond must be “doped” with atoms of boron. (Doping is the process of adding different atoms to a host material to control or change certain properties, such as electrical conductivity).

In the study, the scientists used a facility at Penn State’s Applied Research Lab to synthesize extremely high-quality diamond thin films doped with a random distribution of boron. Surprisingly, the research team found hidden order within this disordered distribution of boron in the form of a mosaic of superconducting “puddles” that must eventually link up to allow electricity to flow without resistance – which they describe as “granular superconductivity”. These puddles might form due to clustering of boron atoms within diamond, however even in microscopically uniform films, the superconductivity was found to be granular. More importantly, the superconducting mosaic is seemingly tunable and can be stretched and skewed by changing the magnetic field, electrical current and temperature.

“The graduate student leading the project discovered complex patterns in the electrical behavior of the films that could only be explained by intrinsic granularity,” said Nitin Samarth, Verne M. Willaman Professor of Physics and Materials Science and Engineering at Penn State and co-corresponding author of the paper. “This serendipitous discovery caught us totally by surprise because these are structurally homogeneous, crystalline films! So, the question was: where is this granularity coming from?”

By identifying how electrons move through and between these superconducting puddles, scientists can now begin to “stitch” these superconducting puddles together more effectively, which could significantly boost the performance and temperature range of future quantum devices. Currently, these systems require extreme cooling to function; raising that temperature would make quantum technology more accessible and energy-efficient.

Potential for new innovations

One of the most exciting implications of this research, says Awschalom, is the potential for multifunctional ‘quantum-on-chip’ applications, where multiple different types of quantum information technologies—like quantum communication and quantum computing—could coexist and work together on a single diamond chip. This is due to diamond’s built-in “spin-photon interface,” meaning it naturally connects light to matter without any other technology necessary.

As the quantum industry looks to develop a domestic diamond supply chain, this “all-in-one” diamond platform offers a path toward chips that are not only more powerful but also easier to integrate with the classical high-frequency electronics we use today.

These applications are only possibilities, but the study has taken a critical step: by understanding the underlying principles behind superconductivity in diamond, researchers can now move beyond simply observing it to actively engineering it.

“We now have a reliable roadmap for engineering diamond superconductors by independently adjusting the material’s core properties,” says Samarth, “By tuning parameters like boron doping density, crystalline orientation, mechanical strain, and dimensionality, we can move beyond simple observation and start designing diamond superconductors for specific roles. There are a lot of exciting possibilities here, for both quantum and classical technology.”

 

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Ocean Acidification Is Quietly Ruining Reef Fish Social Networks

Ocean acidification is doing more than damaging coral reefs — it may also be disrupting the social behaviour that helps reef fish survive, according to a new study by researchers at University of Adelaide.

( What is Ocean acidification: When humans burn fossil fuels such as coal, oil and gas, large amounts of CO₂ are released into the air. The oceans absorb nearly one-third of this carbon dioxide. Once absorbed, the CO₂ reacts with seawater to form carbonic acid, which increases the water’s acidity.Although the ocean is still slightly alkaline overall, even small changes in pH can seriously affect marine ecosystems.)

The research found that when reef habitats become less structurally complex due to rising ocean acidity, fish tend to form smaller shoals, weakening the group protection that many species rely on against predators.

“Watch a reef long enough and you realise that fish are almost never alone. They move in groups, feed in groups, and react to danger as a group,” lead author Dr Angus Mitchell said.

“For small reef fish, being part of a shoal is a survival strategy — more eyes spot predators sooner, and larger groups reduce the chance of any one fish becoming prey.”

The study showed that shoal size directly influences how fish behave individually and collectively. Fish in larger groups were generally bolder, spent more time foraging in open areas and hid less often, suggesting stronger social confidence within bigger schools.

The findings, published in the Journal of Animal Ecology, also revealed that the behavioural shifts were not primarily caused by warmer temperatures or lower ocean pH acting directly on individual fish.

“The direct effects of warming, acidification and heatwave stress on individual fish behaviour were mostly minimal,” said project leader Professor Ivan Nagelkerken.

“Across all reef types, even during a heatwave, the fish behaved in much the same way. They kept feeding and did not suddenly become more active.”

Instead, researchers said the real damage may come indirectly through the breakdown of reef habitats and social structures that shape fish behaviour over time.

Dr Mitchell said climate change impacts cannot be fully understood by studying animals in isolation.

“In the real world, fish experience climate change as part of communities shaped by their habitat and the individuals around them,” he said.

“Our results suggest that even when individual fish appear to cope behaviourally under climate stress, the social systems supporting those behaviours can quietly collapse.”

Ocean acidification, driven by the growing absorption of carbon dioxide from the atmosphere, is increasingly reducing reef complexity worldwide. As coral structures deteriorate, fish lose both shelter and the environmental conditions needed to maintain larger social groups.

To understand how future oceans may affect marine ecosystems, the researchers studied reef systems near underwater volcanic carbon dioxide seeps in Japan. These areas naturally create more acidic marine conditions similar to those scientists expect in coming decades.

“The reefs we work on in Japan are unique because volcanic CO2 seeps on the seafloor create conditions comparable to future ocean climates,” Professor Nagelkerken explained.

“Some reefs reflect present-day seawater chemistry, while others experience higher temperatures or elevated acidity — and some face both simultaneously.”

The naturally occurring “climate analogue” reefs allowed scientists to observe long-term ecological responses under realistic environmental conditions rather than laboratory simulations alone.

The study adds to growing scientific concern that climate change may alter marine ecosystems not only physically, but socially — reshaping the behaviour, survival strategies and interactions of species that depend on coral reefs.

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Astronomers de-fog exoplanet atmospheres with new cloud-detecting method

Sand clouds form every morning but clear up by nightfall on WASP-94A b, a well-studied gas giant in a constellation located nearly 700 light years away from Earth.

The research, which uses data from the James Webb Space Telescope (JWST), is among the first to detect cloud cycles on a Hot Jupiter exoplanet. By isolating the clouds, researchers can more accurately measure the planet’s atmosphere and provide one of the clearest pictures to date of the planet’s composition — a significant advance in planetary science.

“I’ve been looking at exoplanets for 20 years, and general cloudiness has been a thorn in our side. We’ve known for quite a while that clouds are pervasive on Hot Jupiter planets, which is annoying because it’s like trying to look at the planet through a foggy window,” said co-author and program PI, David Sing, a Bloomberg Distinguished Professor of Earth and Planetary Sciences at Johns Hopkins. “Not only have we been able to clear the view, but we can finally pin down what the clouds are made out of and how they’re condensing and evaporating as they move around the planet.”

The results are published today in the journal Science.

To study WASP-94A b in the Microscopium constellation, Sing and his team of researchers gathered data as the planet passed directly in front of its star. Using the high-powered, space-based JWST, the researchers were able to take separate measurements of WASP-94A b’s leading edge as it started to cross in front of the star and the trailing edge as the planet completed its transit. At the leading edge, the air flows from the night side of the planet to the day side, effectively making it the morning. Air flows from day to night at the trailing edge, making it the evening.

Observations revealed that mornings and evenings on WASP-94A b have extremely different weather patterns: mornings are riddled with clouds made of magnesium silicate, a common mineral found in rocks, while the evening has clear skies.

The researchers think one of two things could be happening. Powerful winds might lift clouds high into the sky on the cooler side of the planet and then plunge downward on the hotter dayside, dragging the clouds deep into the planet’s interior and effectively burying them out of sight before sunset. Alternatively, the phenomenon may be akin to morning fog burning off on Earth, but on an extreme scale. Clouds would form in the darkness of the planet’s nightside. As they drift into the scorching heat of over 1,000 degrees on the day side, the chemicals that make up the clouds boil away, and the clouds simply vaporize.

“It was a huge surprise. People have expected some differences, like its cooler in the morning than the evening—that’s something natural that we experience here on Earth,” Sing said. “But what we saw was a real dichotomy between the weather on both sides of the planet, and huge differences in cloud coverage, and that changes our whole picture of the planet.”

Because the evenings are clear of clouds, the researchers could look to the trailing edge specifically to see what the atmosphere of the planet looked like—something the Hubble telescope could not provide.

Artistic representation of WASP-94A b, a gas giant in the Microscopium constellation. Clouds build as air flows over the dark side of the planet, reaching a large swell by daybreak. The clouds dissipate on the dayside, leaving clear skies in the early evening.  Credit:Hannah Robbins/Johns Hopkins University

“With the Hubble telescope, when we used to do this type of observation, we got an average view of the whole planet with data from the clouds and the atmosphere squished together and indistinguishable,” said first author Sagnick Mukherjee, a postdoctoral fellow at Arizona State University who was a student at Johns Hopkins and UC Santa Cruz at the time of the research. “This approach with the JWST lets us localize our observations, which helped us see the cloud cycle.”

When the researchers looked at the clear evening sky, they found that WASP-94A b was much more like Jupiter than they thought. Previously, when the clouds were averaged in, the data suggested the planet was made of hundreds of times more oxygen and carbon than Jupiter—a finding that baffled researchers given it couldn’t be explained by planet formation theory. The new data, however, shows WASP-94A b has only five times the amount of oxygen and carbon.

Hot Jupiter planets orbit much closer to their stars—closer even than Mercury to the sun—and therefore are much hotter and are exposed to more radiation. Because of their extreme environments, these planets also make good laboratories to study the chemistry and physics of cloud dynamics.

Using WASP-94 Ab as a benchmark, the team looked at eight other hot gas giants and discovered the same distinctive cloud cycle on two other worlds: WASP-39 b and WASP-17 b. Next, Sing and his team will be using data from a new large JWST program to study cloud cycling across a wide variety of exoplanets, including an eccentric gas giant planet in the habitable zone.

 

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Wildlife Now Responds To Human Presence In Surprising Ways

A new large-scale study led by a research team from the Yale Center for Biodiversity and Global Change has found that wildlife responds not only to how humans reshape their habitats, but also to the simple presence of humans — and sometimes in surprising ways.

Even small changes in how people move through environments can significantly affect animal behavior and could have implications for wildlife conservation efforts, the study finds.

“Our findings provide an important nuance in our understanding of wildlife in a rapidly changing world,” said Walter Jetz, a professor of ecology and evolutionary biology in Yale’s Faculty of Arts and Sciences and director of the Yale Center for Biodiversity and Global Change.

“Animals are affected by both direct human presence and by human-caused changes to the physical environment, such as agriculture and urbanization,” Jetz said. “This study is the first to directly assess at scale how both causes, separately and in combination, impact wildlife habitat usage.”

The study, published in Science, culminates a six-year, global collaboration between Yale researchers and colleagues from more than 5o academic and governmental organizations across the U.S. and abroad.

The study was led by Ruth Oliver, formerly a postdoctoral scientist in Yale’s Department of Ecology & Evolutionary Biology who is now an assistant professor at the University of California Santa Barbara’s Bren School of Environmental Science and Management; and Scott Yanco, another former Yale postdoctoral associate who is now a research ecologist at the Smithsonian’s National Zoo and Conservation Biology Institute.

The study’s overall findings suggest that to protect wildlife, conservationists should consider not just habitat loss, but also where and when people are physically present.

In their work, researchers used GPS devices to track 37 species (22 birds and 15 mammals) across the United States. Mammal species included white-tailed deer, wolves, coyotes, raccoons, skunks, and some of the “big cat” species. The birds included large species such as vultures, hawks, ducks, crane, and storks.

In all, researchers collected about 11.8 million location points from more than 4,500 animals.

For the first time ever, the team then used mobile phone data, paired with satellite-derived measurements of human habitat disturbance, to study how both aspects of human behavior affected animal movement and habitat use.

“It has been challenging to capture the impact of human presence on wildlife,” said Oliver. “Mobile device data are typically not available, but our study was made possible thanks to a unique partnership that made estimates of human presence available to researchers during the COVID-19 pandemic.”

COVID-19 lockdowns dramatically altered human movement patterns, allowing researchers to study differences in human presence between 2019 and 2020. This enabled researchers to separate the effects of human presence on animal behavior from longer-term landscape changes such as urban development and agriculture.

The researchers measured the space that animals used and the variety of habitats they occupied and then applied statistical models to link these behaviors to human activity and environmental conditions.

Results showed that more than 65% of species changed their behavior based on the presence of humans, and that this human presence tended to matter most in less-developed, natural settings. But different species responded in different ways. Many reduced the amount of space they used, probably to avoid people, but others had the opposite response.

Gray wolves, for example, expanded their range, possibly traveling farther to steer clear of humans. Ravens also covered more ground, likely taking advantage of food sources linked to people, while coyotes tended to restrict their movements.

The study also found that individual animals could adjust their behavior from year to year, demonstrating some flexibility in response to changing human activity.

“Habitat loss is the key driver of biodiversity loss, but as we show, human’s direct use of the landscape — say for recreation — also mediates this effect,” Jetz said. “Depending on the quality of remaining habitat, animals make behavioral adjustments that either amplify or dampen the negative effects of habitat loss.”

The study highlights how new technologies, such as GPS tracking combined with satellite data and measures of human presence, can uncover new insights into how wildlife responds to humans.

The findings also suggest that in addition to habitat preservation, efforts to skillfully manage the timing and intensity of human activity — such as limiting traffic during key periods or reducing disturbance in sensitive habitats — may help wildlife and people coexist.

“The cutting-edge technology used in this study allows us to see, with unprecedented detail, how variable wildlife responses to human activities really are,” Yanco said. “This means that conservation strategies need to be very targeted, not one-size-fits-all.”

 

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U.S. Secretary of State Marco Rubio calls on Prime Minister Narendra Modi

  • Secretary Rubio briefs PM on the sustained progress in bilateral cooperation.
  • Secretary Rubio shares US perspective on various regional and global issues.
  • PM reaffirms India’s consistent support for peace efforts and reiterates the call for peaceful resolution of the conflicts.
  • PM conveys warm greetings to President Trump.

The U.S. Secretary of State, H.E. Mr. Marco Rubio, called on Prime Minister Shri Narendra Modi today.

Secretary Rubio briefed Prime Minister on the sustained progress in bilateral cooperation across a wide range of sectors, including defence, strategic technologies, trade and investment, energy security, connectivity, education and people-to-people ties.

Secretary Rubio shared U.S. perspective on various regional and global issues, including the situation in West Asia.

Prime Minister reaffirmed India’s consistent support for peace efforts and reiterated the call for peaceful resolution of the conflicts through dialogue and diplomacy.

Prime Minister requested Secretary Rubio to convey his warm greetings to President Trump and said that he looked forward to their continued exchanges.

 

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Indian Students Leave For Japan Under Sakura Science Programme 2026

A group of Indian school students will travel to Japan next week under the Sakura Science Programme 2026, an academic exchange initiative aimed at exposing young learners to advanced scientific research and technological innovation.

The delegation was formally flagged off on Friday by the Department of School Education and Literacy under the Union Ministry of Education during a ceremony held at the campus of National Council of Educational Research and Training in New Delhi.

Among those present at the event were Archana Sharma Awasthi, Additional Secretary in the Department of School Education and Literacy, NCERT Director Prof. Dinesh Prasad Saklani, and Economic Advisor A. Srija.

The week-long visit to Japan will take place from May 24 to May 30 and will include 56 students and four supervisors from India. The Indian contingent will participate alongside students from Ghana, Nigeria and South Africa under the international youth exchange initiative.

Officials said the selected students include 24 boys and 32 girls studying in government schools across 15 states and Union Territories. The participants have been chosen from beneficiaries of the National Means-cum-Merit Scholarship (NMMS) Scheme, a centrally sponsored programme designed to support academically talented students from economically weaker backgrounds.

The students represent Assam, Dadra and Nagar Haveli and Daman and Diu, Goa, Gujarat, Haryana, Jharkhand, Karnataka, Madhya Pradesh, Maharashtra, Odisha, Punjab, Rajasthan, Tamil Nadu, Telangana and West Bengal.

The Sakura Science Programme, officially known as the Japan-Asia Youth Exchange Program in Science, has been run by the Japan Science and Technology Agency since 2014 to encourage scientific collaboration and cultural exchange among students across Asia and Africa. India joined the initiative in 2016.

Under the programme, students spend a week in Japan visiting educational institutions, research centres and technology facilities while also experiencing Japanese culture and society.

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According to government data, 674 Indian students and 96 supervisors have visited Japan through the programme so far. The previous batch travelled to Japan in August 2025.

The Ministry of Education said the initiative aligns with the vision of the Ministry of Education under the National Education Policy 2020, which stresses experiential and interdisciplinary learning.

Officials said international exposure visits play an important role in helping students understand scientific developments, innovation ecosystems and cultural diversity beyond classroom education.

Japan is widely regarded for its technological capabilities in sectors such as robotics, electronics, manufacturing and scientific research, making it an important destination for educational exchange programmes focused on science and innovation.

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Is listening to music while studying helpful or hidden distraction? Study reveals

A new study by researchers at Edith Cowan University has explored why many university students listen to music while studying and whether it actually improves concentration or becomes a distraction.

 

How can gold always keep its glitter? Researchers uncover atomic secret behind Gold’s lasting shine

Gold’s legendary resistance to tarnish may owe as much to the behavior of its surface atoms as to the metal’s chemical properties, according to a new study by researchers at Tulane University.

The study, published in Physical Review Letters, found that atoms on certain gold surfaces spontaneously rearrange themselves into protective patterns that sharply reduce reactions with oxygen.

The discovery sheds new light on why gold jewelry and artifacts can retain their shine for centuries and may also help scientists develop more efficient gold-based catalysts for industrial and energy applications.

“People have generally thought gold doesn’t tarnish simply because it doesn’t interact strongly with oxygen,” said Matthew Montemore, associate professor of chemical engineering at Tulane’s School of Science and Engineering. “What we show is that for two of the most common gold surface types, the surface atoms actually rearrange themselves in a way that makes the gold much more resistant to oxidation.”

Using advanced computer simulations, Montemore and co-author Santu Biswas examined how oxygen molecules interact with two widely occurring gold surface structures. The researchers discovered that without these atomic rearrangements, oxygen molecules could split apart and react with gold far more easily.

Instead, the self-organized surface patterns suppress oxygen reactions by factors ranging from a billion to a trillion, effectively creating an atomic-scale protective shield that allows gold to remain untarnished over long periods.

Beyond explaining gold’s enduring luster, the findings could have important implications for catalysis — the process of speeding up chemical reactions in industrial manufacturing and energy systems.

Gold-based catalysts are already used in several industrial oxidation processes. However, gold’s resistance to breaking apart oxygen molecules, while beneficial for jewelry and electronics, can also reduce its effectiveness in certain chemical reactions.

Gold-palladium catalysts, for example, are used in the production of vinyl acetate, a key ingredient in plastics and other materials. Scientists are also investigating gold catalysts for reducing carbon monoxide emissions in vehicle exhaust systems and producing propylene oxide, a widely used industrial chemical.

“If you can trick gold into dissociating oxygen, it can actually become a very effective catalyst for certain reactions,” Montemore said. “Our work suggests a new strategy for potentially doing that by preventing or reversing these surface rearrangements.”

Researchers have traditionally attempted to enhance gold catalysts by mixing gold with other metals or using nanoscale gold particles on oxide surfaces. The new study suggests that manipulating surface geometry itself could provide another pathway for improving gold’s catalytic performance.

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Railways urges passengers to stay Alert and vigilant while travelling; What you need to do

Indian Railways is increasingly deploying advanced technologies such as artificial intelligence, drones and CCTV surveillance systems to strengthen the safety and security of trains, passengers, station premises and the country’s vast railway network.

The Railway Ministry on Wednesday held a high-level security review meeting in New Delhi, bringing together senior officials and field officers from across the country to assess security preparedness and improve intelligence coordination. The meeting, chaired by Railway Minister Ashwini Vaishnaw at Rail Bhawan, was attended by Ministers of State for Railways V. Somanna and Ravneet Singh Bittu, along with the Chairman of the Railway Board and other senior officials.

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Railways stated that swift intervention and timely action by railway staff in several instances helped prevent major mishaps. Officials also stressed the need to strengthen intelligence gathering at the grassroots level, particularly through improved beat-level monitoring by the RPF.

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The discussions focused on expanding the use of technology-driven security systems, including wider CCTV coverage across railway stations and rail corridors, deployment of AI-based monitoring tools and upgrades to surveillance camera specifications. Strengthening cyber security infrastructure and improving operational coordination between Railway Board headquarters and zonal field units also figured prominently during the review.

The ministry further emphasized the need for closer coordination between the RPF and the Government Railway Police (GRP) through enhanced information-sharing mechanisms to ensure more effective security management across the railway network.

What Passengers Need To Do

  • Remain alert and vigilant while travelling on trains and waiting at railway stations.
  • Immediately report any suspicious person, activity or unattended object noticed on railway premises.
  • Use the Railway helpline number 139 to report security concerns.
  • Cooperate with railway authorities and security personnel during checks and investigations.
  • Support Railways’ efforts to curb anti-social activities by sharing timely information.

What The Government/Railways Is Doing

  • Deploying advanced technologies such as AI-based surveillance systems, drones and CCTV networks to improve railway security.
  • Strengthening intelligence gathering mechanisms at the Railway Protection Force (RPF) beat level.
  • Conducting investigations into recent fire incidents and suspected anti-social activities.
  • Expanding CCTV coverage across railway stations and rail routes.
  • Upgrading surveillance camera specifications and monitoring systems.
  • Enhancing cyber security systems across the railway network.
  • Improving coordination and information-sharing between the RPF and Government Railway Police (GRP).
  • Holding high-level security review meetings with railway officials and field officers nationwide.
  • Improving operational coordination between Railway Board headquarters and field zones for faster response and monitoring.

 

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National Zoological Park Begins Summer Vacation Programme Under Mission LiFE Initiative

The National Zoological Park on Wednesday launched its Summer Vacation Programme (SVP) 2026 at the zoo’s Education Centre, drawing enthusiastic participation from students across the Delhi-NCR region.

Held under the Mass Mobilisation Campaign for Mission LiFE and aligned with the World Environment Day theme, “Inspired by Nature. For Climate. For Our Future.”, the initiative seeks to raise awareness among school students on biodiversity conservation, wildlife protection, climate action, cleanliness and sustainable living through a series of interactive learning activities.

National Zoological Park Launches Summer Vacation Programme 2026 PIB

According to zoo officials, 854 students registered online for the programme through a Google form hosted on the National Zoological Park’s official website. Of them, 60 participants were selected on a first-come, first-served basis and later contacted for confirmation. On the opening day, 39 students representing 15 schools from across Delhi-NCR attended the sessions.

The inaugural day began with an orientation programme introducing participants to the objectives and schedule of SVP 2026. Students were later taken on a guided tour of the zoo, including visits to herbivore and carnivore enclosures. An expert lecture on biodiversity was delivered by Dr. Faiyaz A. ahead of the International Day for Biological Diversity.

The two-week programme has been divided into two phases — Slot A and Slot B — each accommodating 50 students, including 25 junior and 25 senior participants.

National Zoological Park Launches Summer Vacation Programme 2026 PIB

The schedule features a diverse range of educational and creative activities, including wildlife photography, poster-making, slogan-writing, heritage walks, essay competitions, clay modelling, art and craft sessions, exhibitions, cleanliness awareness drives and Mission LiFE campaigns. Expert talks on conservation and environmental sustainability are also planned throughout the programme.

The Summer Vacation Programme will run from May 21 to June 6, 2026, engaging students from Classes VI to XII in experiential learning focused on conservation and environmental awareness.

Zoo Director Dr. Sanjeet Kumar interacted with the participants and stressed the need to involve young minds in biodiversity conservation through innovative and technology-driven educational initiatives.

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