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NUS Physics Channel

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منشورات القناة
The 2026 Nobel Prize in Physics was awarded to Francis Halzen "for decisive contributions to the IceCube Neutrino Observatory and the discovery of high-energy neutrinos of astrophysical origin." His contributions led to the creation of the IceCube Neutrino Observatory at Antartica, which consists of a cubic kilometre of ice installed with 5,160 light sensors. Find out more about the IceCube project here.

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A team led by Murray Barrett, a Principal Investigator from the Centre for Quantum Technologies and Associate Professor at NUS Physics, has developed an atomic clock using lutetium with record-breaking accuracy. Using a technique called hyperfine averaging, the lutetium clock demonstrates far greater precision and higher resistance to temperature and magnetic field fluctuations compared to other existing atomic clocks. The breakthrough opens new possibilities such as testing of the fundamental laws of physics, the search for dark matter, and improving the synchronisation of communication and transport networks. Watch video here and read more here about the team’s breakthrough.
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Repost from Instagram nus.fos: By day, Assoc Prof Dagomir Kaszlikowski probes questions in quantum physics. Beyond the lab, he explores them through a very different medium: film. Films such as Christopher Nolan’s Interstellar have shown how the physics of space and gravity can fuel compelling stories, he says. But he saw another realm of physics that cinema had explored far less—the strange world at the microscopic scale, which is rarely given the same cinematic treatment. A researcher with the Department of Physics and @quantumlah, Assoc Prof Kaszlikowski is inspired to bring real science to the screen, using film to explore ideas that equations alone cannot convey. His ambition: to show that the mysteries of quantum physics can inspire stories that are not only scientifically grounded, but deeply human. “I take filmmaking very seriously—it’s a form of art and expression of myself,” he says. “My dream is to make personal, experimental films that allow me to explore different forms and ideas.” His latest short film, Flicker, grew from his fascination with the mystery of the universe, and the idea that reality can be far stranger than our everyday experience. Instead of equations, he uses cinema to evoke a sense of wonder and unease, drawing on contemporary physics to bring audiences face-to-face with the unknown. Flicker was screened at the 66th Kraków Film Festival, an Oscar-qualifying festival. “There is no greater reward as an artist than knowing that an audience has chosen to spend its time engaging with my work,” he says. “I hope Flicker encourages viewers to reflect on the ultimate mystery of the universe and leaves them with questions that remain long after the screening has ended.”
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Last week, the NUS Physics Society (Physoc) held its annual Physics Mookata Bonding Dinner, bringing students and professors
Last week, the NUS Physics Society (Physoc) held its annual Physics Mookata Bonding Dinner, bringing students and professors together for an evening of good food, great company and lively chat around the grill 🍄‍🟫🫑🍗🔥!  It was a welcome break from the usual rhythm of lectures and coursework, and every student had a chance to relax as well as connect with fellow physics majors and professors beyond the classroom. Physoc hopes the event left everyone with happy memories of the time spent together this semester! (Contributed by the NUS Physics Society)
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NASA’s next-generation Nancy Grace Roman Space Telescope, launched into space on August 30, is designed to deliver cutting-edge astronomical data starting early next year. With a field of view 100 times larger than Hubble’s, it will survey huge regions of space and investigate dark matter and dark energy that dominate our universe. Roman will also seek out tens of thousands of exoplanets, study interactions between galaxies, detect exploding stars, and uncover many more unexpected discoveries that could shape astronomy for decades to come. Read here for more.
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Message from the Science Dean's Office:   🏡 Some places stay with us, long after we leave.   For many of us, NUS Science is more than classrooms, laboratories and lecture halls — it is where friendships were formed, memories were made, and some of life’s most meaningful chapters began. 💙    This September, we invite you to come home to Science and relive some of those memories while creating new ones with fellow alumni, friends and family.    🎉 Come Home to Science – Homecoming 2026 📅 Saturday, 19 September 2026 🕤 9.30am – 3.30pm 📍 Kent Ridge Campus   Reconnect over lunch, catch up with old friends and former professors, and discover how the Faculty has continued to grow and evolve.    There’s also plenty to look forward to with your family: 🍡 Get creative with Character Tangyuan Making 🍷 Discover the art of wine tasting at our Wine Appreciation session 🎬 Let the little ones enjoy Toy Story 4, with caricature drawing and balloon sculpting 🌱 Hear from leading NUS Science experts at our panel discussion, “Feeding the Future: Food Security for a Sustainable World”   Whether it has been a few years or a few decades since you last walked through our campus, we hope this will be an opportunity to pause, reminisce and reconnect with the Science community that will always be part of your story.   Come back to where it all began.   Come home to Science. 💙 👉 Register now: tinyurl.com/foshc26   We look forward to welcoming you home! 🏡  
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(From left) Dr Km Rubi and Dr King Yau Yip at the National High Magnetic Field Laboratory, Tallahassee Florida A research tea
(From left) Dr Km Rubi and Dr King Yau Yip at the National High Magnetic Field Laboratory, Tallahassee Florida   A research team led by Prof Ariando from NUS Physics, working with scientists from Los Alamos National Laboratory, has uncovered that a class of nickel-based materials, known as Samarium-based infinite-layer nickelates, can regain their superconducting ability under strong magnetic fields. “We see a path to pushing this concept toward even higher temperatures, including by exploring how it may be implemented in high-temperature cuprates. This is a bold and exciting next step, and one that could bring us closer to superconductors that operate under truly practical conditions,” remarked Prof Ariando. Read here for more.
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Message from NUS Science Dean's Office: Come Home to Science – Homecoming 2026 🧪🎓 It’s time to come home to Science! 💙 Joi
Message from NUS Science Dean's Office:   Come Home to Science – Homecoming 2026 🧪🎓   It’s time to come home to Science! 💙 Join us on 19 September 2026 at Kent Ridge Campus for a day of reconnecting, reminiscing and discovering what’s new at the NUS Faculty of Science. 🌱 Highlight: Feeding the Future: Food Security for a Sustainable World Hear from: 🔹 Assoc Prof Liu Mei Hui, Bezos Center for Sustainable Proteins @ NUS 🔹 Prof Prakash Kumar, Sustainable Urban Farming Research Centre (SUrF) 🔹 Prof Veera Sekaran, Institute for AgriFoods Innovation and Ventures (IAFIV) Enjoy campus activities, hands-on workshops and a networking lunch with fellow alumni and former professors. ✨ Celebrating a milestone year? Gather your classmates and come home together! Let us know at jochng@nus.edu.sg and we’ll help invite your former professors to join you. 📅 19 September 2026 | 9.30am–3.30pm 📍 Kent Ridge Campus 👉 Register: http://tinyurl.com/foshc26 We look forward to welcoming you Home to Science! 💙
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Congratulations to the three recipients of the Louis Hon Scholarship for 2026: Chan Jia Xuan Jared, Ravindran Dinanjanan, and
Congratulations to the three recipients of the Louis Hon Scholarship for 2026: Chan Jia Xuan Jared, Ravindran Dinanjanan, and Zhao Yijun! The Louis Hon Scholarship is made possible by the Louis Hon Yung Sen Memorial Fund, established in 2000 at NUS to honour the memory of the late Mr Louis Hon Yung Sen, one of the pioneers of NUS Physics. This prestigious award is offered exclusively to outstanding physics students who have demonstrated exceptional academic merit, exemplary conduct, and strong leadership or community involvement during their first three years of study. Read here for more.
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The NUS Physics Academic Mentorship Programme was launched at the start of the academic year in conjunction with the Freshman
The NUS Physics Academic Mentorship Programme was launched at the start of the academic year in conjunction with the Freshman Welcome Session organised by the NUS Physics Society. Incoming freshmen were informed about the various forms of support they could receive from the department and Physoc. It is hoped that the programme will help new students build meaningful connections and receive the support they need as they embark on their academic journey. Click here for more.
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Physics student Lim See Min shares how the NUS-École Polytechnique French Double Degree Programme (FDDP) has widened both her
Physics student Lim See Min shares how the NUS-École Polytechnique French Double Degree Programme (FDDP) has widened both her academic and personal horizons. It was a dream that began even before university. Not only has See Min gained exposure to France’s vibrant quantum science ecosystem, but she has also adapted to new ways of learning while navigating life in a different language and culture. Beyond academics, friendships, traditions, and living overseas have given her a deeper understanding of the world and herself. Read here for more. To learn more about the FDDP, click here.
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As we welcome a new academic year, hear (click photos here) six recent graduates share their academic journeys while reflecti
As we welcome a new academic year, hear (click photos here) six recent graduates share their academic journeys while reflecting on their experiences, challenges, and opportunities that shaped their time at NUS Physics. Their stories offer a glimpse into the varied learning paths a physics education can take and the lessons gleaned along the way. We hope their journeys inspire and encourage our new students as they embark on their own exciting adventure at NUS Physics.
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Black holes are some of the most mysterious objects in the universe. What exactly are black holes and what sets them apart? How do astronomers detect black holes? Watch this video for answers to these questions and more: https://www.youtube.com/watch?v=wYShjEtpb3w&t=2s
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21 July was Commencement Day for NUS Physics. Physics graduates, adorned in their academic regalia, eagerly awaited the momen
21 July was Commencement Day for NUS Physics. Physics graduates, adorned in their academic regalia, eagerly awaited the moment they would receive their scrolls on stage at the University Cultural Centre. The occasion marked the culmination of their years of unwavering perseverance, dedication and learning. An afternoon Graduation Tea on the same day, hosted by the NUS Physics Society, brought together graduates, their families and academic staff. Graduates had the opportunity to reconnect with one another, share memories, express their gratitude and commemorate this significant milestone with their professors. Read here for more.
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Poly2Graph converts complex-energy spectra into mathematical graphs that AI can efficiently read, enabling HSG-12M, a large b
Poly2Graph converts complex-energy spectra into mathematical graphs that AI can efficiently read, enabling HSG-12M, a large benchmark for graph-based AI. (Image generated using AI tool based on the author’s publication) A multidisciplinary research team has developed a new artificial intelligence (AI) benchmark and open-source software that transform the complex energy bands of crystals into mathematical graphs (networks) that AI can efficiently learn from, opening new possibilities for the data-driven design of materials and metamaterials. The team was led by Associate Professor Lee Ching Hua, in collaboration with Associate Professor Duane Loh, both from NUS Physics, and Assistant Professor Kenji Kawaguchi from NUS Computer Science. Read here for more.
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For student Lin Yihan, the MSc AI for Science programme offered by NUS Physics, especially the AI for Astrophysics course, pi
For student Lin Yihan, the MSc AI for Science programme offered by NUS Physics, especially the AI for Astrophysics course, piques his interest right from the start. It offers the unique convergence where subject matters of his heart—mathematics, machine learning and astrophysics—could be meaningfully brought together within a single academic framework. “AI for science requires us to first understand the underlying scientific problem itself and then determine the role AI can play within it,” Yihan explained. Read about Yihan’s journey so far in the programme here.
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The International Organisation of Chinese Physicists and Astronomers (OCPA), founded in 1990, aims to promote research, educa
The International Organisation of Chinese Physicists and Astronomers (OCPA), founded in 1990, aims to promote research, education, collaboration, and leadership across all areas of physics and astronomy. One of its key commitments is to organise international conferences to facilitate the exchange of ideas and foster collaboration among physicists worldwide. This year, the OCPA conference took place in Singapore, attracting overwhelming participation from North America, Europe, and Asia. Read here for more.
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Earlier this month, the Institute of Physics, Singapore, held its 30th Astronomy Retreat. Forty-two astronomy enthusiasts acr
Earlier this month, the Institute of Physics, Singapore, held its 30th Astronomy Retreat. Forty-two astronomy enthusiasts across generations gathered at the Beacon Resort in Selangor, Malaysia, a dark-sky haven surrounded by tropical rainforest. With its three-decade legacy, the annual retreat has established itself in the local astronomy scene with a curated lineup of talks and workshops alongside the highlight of the retreat—stargazing—weather permitting. Read here for more.
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