
With AIR 471 in JEE (Advanced), Bihar boy comes 2nd in IIT-Guwahati zone
Patna: With an All India Rank (AIR) of 471 in Joint Entrance Examination (Advanced)-2025, city resident
Gyan Prakash
on Monday became the second topper in the Indian Institute of Technology (IIT)-Guwahati zone, under which Bihar falls.
A total of 2,743 candidates cleared the exam — the result of which was announced by IIT-Kanpur — in the Guwahati zone, encompassing the northeastern region, some regions of West Bengal and Bihar.
Close on heels is Arjun Verma, who hails from Nalanda district. He has come fourth in the IIT-Guwahati zone with an AIR 529 in his very first attempt only. Arjun, who devoted eight-10 hours to studies over the last two years, said he took the help of a coaching institute, reference books and solved sample papers regularly to understand the concepts.
"Preparing for both Class XII board exams and the engineering entrance test was quite challenging, but my hard work has paid off. Chemistry was initially difficult for me. I didn't feel like studying it. But over time, with the help of my teachers — Saurabh sir, Ranjan sir and Batulda Sir — I started liking the subject. Chemistry requires more memorisation and effort compared to maths and physics. It takes time and isn't very conceptual," he said, adding he wants to study computer science and engineering.
by Taboola
by Taboola
Sponsored Links
Sponsored Links
Promoted Links
Promoted Links
You May Like
Chegou o Alarme que afasta rapidamente os Ladrões
Verisure
Ver oferta
Undo
Born to Manish Kumar Verma, a political activist, and Rashmi, Arjun said his preferred institute is IIT-Bombay, but it all depends on the ranking. "My second and third choices are IIT-Kharagpur and Guwahati respectively," said Arjun, who completed his Class XII this year with 90% score, and Class X from Delhi Public School, Danapur Cantt, in 2023, with 93% marks.
Arjun's mother was full of joy: "It feels great. Maintaining a study timetable for two years is not easy, especially alongside plus two.
He sat for JEE (Main) exam in January, when he got 99.94 percentile," she said.
Among the Bihar natives, however, Arnav Kumar — who hails from Samastipur district but lives with his parents in Rajasthan, secured an AIR 25 from Delhi zone. Born to IITian Ajit and Neha Singh, he did his schooling at DPS-Kota and DPS-Bhopal, and prepared for engineering in Kota. By securing 100 percentile in JEE (Mains) in his first attempt, he was among the 14 students from across the country who had ranked 1.
A wave of joy has swept the Samastipur, soon after the news reached his native Raja Jan village in Mohiuddinagar block, which burst in celebrations.
On the other hand, Pratik Chauhan, son of Santosh Kumar Singh and welfare officer Ranjita Singh, also brought laurels to Samastipur district by securing 764 rank in JEE (Advanced).
Sushant (AIR 819), Shivam (AIR 985) and Ojus Mishra (AIR 1,379) are among other top scorers from state.
Carmel High School ISC topper Aashi Ashmita got 1,502 rank. "I am happy with my result. I scored 99.98 percentile in JEE (Main). My dream college is IIT-Bombay, and I would opt for computer science. I want to study AI and data science. My ultimate goal is to become a civil servant," she said.
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


Time of India
4 hours ago
- Time of India
Bryan Johnson claims he has the biology of a 10-year-old—thanks to oxygen therapy. Can science really turn back time?
Imagine waking up with the energy levels, organ functions, and biological markers of a 10-year-old at 46. That's exactly what tech entrepreneur and self-proclaimed biohacker Bryan Johnson claims he has achieved, and he credits it to a radical experiment: 90 days of intense oxygen therapy. Johnson, known for spending millions annually on anti-aging regimens under his Blueprint project, recently announced that this latest venture has helped him 'reverse' aspects of his biological age to that of a pre-teen. His claims, though bold, are grounded in an evolving field of science where longevity research is beginning to intersect with what was once considered science fiction. What is oxygen therapy? The treatment at the center of Johnson's latest experiment is hyperbaric oxygen therapy (HBOT). While oxygen therapy in general refers to the medical use of supplemental oxygen, HBOT involves breathing pure oxygen in a pressurized chamber. These chambers are typically pressurized at two to three times normal atmospheric levels, enabling oxygen to dissolve more effectively into the bloodstream and reach tissues that may be oxygen-starved. This isn't a new practice. HBOT has been FDA-approved for a range of medical conditions, including carbon monoxide poisoning, gangrene, non-healing wounds, and decompression sickness (common among divers). by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like Una inversión en Amazon podría darte un salario extra. Undo But over the last few years, HBOT has gained attention for its potential anti-aging and regenerative benefits. How does HBOT work on the body? Under normal conditions, oxygen is carried mostly by red blood cells. But when the body is exposed to high-pressure pure oxygen, more oxygen dissolves directly into the blood plasma. This super-oxygenated blood can then travel deeper into body tissues, promoting healing and rejuvenation at the cellular level. Some of the key reported benefits of HBOT include: Increased production of stem cells, which help regenerate damaged tissues Reduced inflammation across various organs Improved mitochondrial function, which boosts cellular energy Enhanced cognitive performance Potential telomere extension – telomeres are protective caps on DNA that shorten with age A 2020 study conducted in Israel found that HBOT could not only increase the length of telomeres (often considered a marker of youthfulness) but also reduce senescent cells, which are old, malfunctioning cells that contribute to aging and disease. Bryan Johnson's results: Hype or hope? According to Johnson, after 90 days of HBOT combined with his usual strict regimen of exercise, plant-based diets, sleep optimization, and regular medical testing, he experienced: Improvements in skin health Reduction in biological markers of aging Enhanced lung capacity and cardiovascular performance Better cognitive function and sleep quality He claims that his overall biological profile, assessed using various biomarkers, now resembles that of a 10-year-old. It's important to note, however, that biological age can be calculated differently depending on the metrics used, and it's not a universally agreed-upon standard. Is it safe and effective for everyone? While Johnson's transformation has captured the public's imagination, medical experts urge caution. HBOT, though promising, is not without risks. Prolonged exposure can lead to oxygen toxicity, barotrauma (injury caused by pressure), and even vision changes. Moreover, the accessibility of such treatments remains limited. A full course of HBOT can cost thousands of dollars, and the kind of monitoring and medical supervision Johnson undergoes is far from standard. Dr. Shai Efrati, a pioneer in HBOT research, argues that with the right protocols and patient selection, HBOT could one day be used more broadly to slow biological aging, but more peer-reviewed studies are needed before it can be widely recommended. A glimpse into the future? Bryan Johnson's experiment opens up exciting, if controversial, possibilities in the field of anti-aging and longevity science. It challenges traditional views of aging as a linear, irreversible process and suggests that, with the right tools, we might not only delay aging but potentially rewind certain biological clocks. Still, it's essential to separate anecdotal success stories from scientific consensus. As fascinating as Johnson's story is, it should serve as a launchpad for deeper inquiry, not a universal prescription. While the idea of having the biology of a 10-year-old at midlife sounds like a dream, the reality is far more nuanced. Oxygen therapy, particularly HBOT, holds promise, but it's not a miracle solution, at least not yet. What Bryan Johnson's journey does offer, however, is a compelling glimpse into the future of how we might age and perhaps, how we might not. One step to a healthier you—join Times Health+ Yoga and feel the change


Time of India
4 hours ago
- Time of India
Big planet orbiting a small star: Scientists discover rare pairing in Milky Way galaxy
Astronomers say they have discovered a massive planet orbiting a tiny star, a bizarre pairing that has stumped scientists (Image credit: X/AFP) Astronomers on Wednesday have discovered a huge planet orbiting a tiny star. This bizarre pairing has left the scientists puzzled. The small star is called TOI-6894 . Most stars in the Milky Way galaxy are small like TOI-6894. It is a red dwarf with only about 20 per cent of the Sun's mass. Scientists never thought that such tiny stars could support massive planets. However, a team of international astronomers found clear signs of a gas giant planet orbiting the small star TOI-6894. Their findings were published in the journal ' Nature Astronomy '. This discovery makes TOI-6894 the smallest known star to host such a large planet. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like New Container Houses Morocco (Prices May Surprise You) Container House | Search Ads Search Now Undo The planet has a slightly larger radius than Saturn, but weighs only half its mass. It orbits the star very quickly- once every three days. The astronomers discovered the planet while observing more than 91,000 small red dwarf stars from Nasa's TESS space telescope. The existence of the planet was confirmed by ground-based telescopes including Chile's observatory 'Very Large Telescope'. "The fact that this star hosts a giant planet has big implications for the total number of giant planets we estimate exist in our galaxy," said study co-author Daniel Bayliss from the UK's Warwick University. Another co-author, Vincent Van Eylen from University College London, said it was an "intriguing discovery". "We don't really understand how a star with so little mass can form such a massive planet!" Eylen said. "This is one of the goals of the search for more exoplanets . By finding planetary systems different from our solar system, we can test our models and better understand how our own solar system formed", he added. Scientists hope discoveries like this one will help them better understand how planets — including those in our own solar system — are formed. Why is TOI-6894b special? The new planet, named TOI-6894b is special because it is much cooler than most other planets found outside our solar system. The researchers explained that most of the planets are hot, having temperatures more than 1,000°C. However, the newly discovered planet appears to be under 150°C. That cooler temperature means scientists might be able to detect chemicals like ammonia in its atmosphere — something never seen before in planets outside our solar system. The James Webb Space Telescope is expected to observe this planet in the next year, which can help scientists in uncovering more mysteries of this strange planet.


Time of India
5 hours ago
- Time of India
Discover 5 massive giant crocodiles that are now extinct
Crocodiles are some of the oldest reptiles on Earth with a history stretching back millions of years. While today's crocodiles are already impressive predators, their ancient ancestors were often on a whole different level from growing to enormous sizes that dwarf the crocodiles we know now. In this journey back in time, we'll explore five of the most massive giant crocodiles that once ruled the rivers and swamps of prehistoric Earth but have since gone extinct. Prepare to meet some truly colossal creatures that showcase the incredible diversity and power of prehistoric crocodiles. Five giant crocodiles that no longer exists Sarcosuchus Sarcosuchus which is often called 'SuperCroc' was an enormous prehistoric crocodile that lived around 112 million years ago during the Early Cretaceous period. It measured up to 12 meters (39 feet) long, which makes it about twice the size of modern crocodiles. This giant reptile had a broad snout filled with sharp teeth which was ideal for catching and crushing large prey, possibly including dinosaurs. Sarcosuchus inhabited rivers and lakes in what is now Africa and South America. Its body was covered in thick and bony armor for protection. As one of the largest crocodilians ever discovered, Sarcosuchus was a dominant apex predator in its ecosystem. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like BCP CFD: Tu oportunidad de ingresos extra principales inversores Leer más Undo Source: Wikipedia Purussaurus Purussaurus was a colossal prehistoric caiman that lived around 5 to 10 million years ago during the Miocene epoch in South America. Growing up to 10–12 meters (33–39 feet) long, it was one of the largest crocodilian species ever. Purussaurus had an enormous and powerful jaw filled with sharp teeth that were capable of crushing large prey including turtles, fish and possibly other large animals. It dominated the rivers and wetlands of its time, using its size and strength to stay at the top of the food chain. Its heavily armored body provided excellent protection against rivals and predators. Source: Dinosaur wiki Dakosaurus Dakosaurus was a fierce marine crocodile that lived around 150 million years ago during the Late Jurassic period. Unlike modern crocodiles, it was adapted to life in the ocean with a streamlined body and powerful jaws filled with sharp and serrated teeth ideal for hunting large fish and marine reptiles. Measuring up to 4 to 5 meters (13 to 16 feet) long, Dakosaurus was an apex predator of its time. It had a strong, agile build that made it a fast swimmer, dominating the coastal waters of prehistoric seas with its deadly bite and speed. Source: Fossil wiki Desmatosuchus Desmatosuchus was a large armored reptile that lived about 230 million years ago during the Late Triassic period. Though not a true crocodile, it belonged to a related group called aetosaurs which were distant relatives of modern crocodilians. Measuring around 4 to 5 meters (13 to 16 feet) long, Desmatosuchus was covered in heavy bony armor and spikes along its back and sides, providing strong protection against predators. It was primarily a plant-eater, using its beak-like mouth to feed on tough vegetation. Desmatosuchus lived in what is now North America, roaming riverbanks and floodplains. Source: Wikipedia Aegisuchus Aegisuchus was a gigantic prehistoric crocodile that lived around 95 million years ago during the Late Cretaceous period in what is now North Africa. It was nicknamed as the 'Shield Crocodile' because of the distinctive bony crest on its head, Aegisuchus could grow up to 9 meters (30 feet) long. Its unique skull shape suggests it may have had powerful jaw muscles and a strong bite that helped in ambushing large prey. Although less is known about its exact lifestyle, Aegisuchus likely lived in freshwater environments like rivers and lakes, making it one of the most fascinating extinct crocodilian species. Source: Wikipedia Also read: 9 insects that reside on human body for their survival