👏🏻 The German Center for Astrophysics (DZA) congratulates both of the two awardees! Their fundamental work will have a major impact on the scientific pillars of the future of DZA, focussing on astrophysics, innovative technologies and bringing scientific computing on a next level.
"The 2024 Nobel Prize in Physics is awarded to..." Watch to catch up on all the news from the announcement of today's physics prize.
🚀 Celebrating the Power of Interdisciplinary Research! 🧠⚛️ The Nobel Prize in Physics 2024 has just been awarded to Pr. John J. Hopfield and Pr. Geoffrey E. Hinton “for foundational discoveries and inventions that enable machine learning with artificial neural networks!” This amazing recognition is a powerful and exciting acknowledgement of the incredible potential of academic research at the intersections of #Mathematics, #Physics, and #ComputerScience to lead to #innovation breakthroughs in tech. 🌌🤖 They have been pioneers in the field of Deep Learning and energy-based models, paving the way for much of what we see in modern AI today. The fascinating connection between Hopfield's work and concepts from statistical physics — particularly the Ising model, which I explored in my undergraduate research memoir: "Mathematical Exploration of Phase Transitions in the Ising Model for its Relevance in University-Level Statistical Physics Education" at Université Paris-Est Créteil (UPEC) — highlights how foundational physical theories can drive innovation in unexpected domains. 🔗🌀 This kind of interdisciplinary work aligns perfectly with the research interests I have in Quantum Machine Learning (and in Quantum Information & Computing). 🤓📝 This makes me even more excited about my promising journey within the world of AI, starting with the top-ranked ESSEC | CentraleSupélec - Master Data Sciences & Business Analytics. 😁✌🏾 To the future researchers out there: let's continue bridging these gaps between disciplines! 🌉 It's at these crossroads between disciplines that true breakthroughs happen...💡 A huge congratulations to the laureates! 🎖👏🏾👏🏾 Princeton University, University of Toronto, Institut des Hautes Études Scientifiques - IHES, The Data Science Institute at Columbia University #NobelPrize #MachineLearning #HopfieldNetworks #InterdisciplinaryResearch #AI #AppliedMathematics #QML #QuantumInformation #QuantumComputing
"The 2024 Nobel Prize in Physics is awarded to..." Watch to catch up on all the news from the announcement of today's physics prize.
Did you know Frank Wilczek has made seminal contributions to fundamental particle physics, cosmology and the physics of materials? When Wilczek was only 21 years old, and a graduate student at Princeton University, he and David Gross defined the properties of colour gluons, which hold atomic nuclei together. Since then, he has focused on some of theoretical physics' pressing questions. Wilczek received the 2004 Nobel Prize in Physics “for the discovery of asymptotic freedom in the theory of the strong interaction." Learn more about him in his biography: https://bit.ly/2FQdUkC #NobelPrize
"I was attracted to particle physics because of three famous names, Nishina, Tomonaga and Yukawa, who were the founders of particle physics in Japan," said physics laureate Yoichiro Nambu, who gave us a better understanding of elementary particles and their interactions. Nambu discovered the mechanism of spontaneous broken symmetry in subatomic physics. This earned him the 2008 Nobel Prize in Physics. Learn more: https://bit.ly/3F4uIjI
Incident Management | Digital Forensics | Generative AI Security Architect | Threat Intelligence | Threat Hunting | Security Assessments
We are pleased to announce that the Nobel Prize in Physics has been awarded to John Hopfield and Geoffrey Hinton. The blog post discusses the remarkable contributions of these distinguished individuals to the field of advanced physics. Gain insights into their groundbreaking work by accessing the full post here: [Nobel Prize in Physics blog post](https://ift.tt/TdeIPzu).
• Photonics, Optical Physics & Semiconductor Nanostructure • Postdoctoral Researcher • National Institute for Materials Science • Japan •
As Dr. Hossenfelder says, "...personally I think it makes a good excuse to talk about what I’m interested in...", I am excited over topological insulators and photonic crystals! Topics/candidates can be 1. Quantum Computing: David Deutsch & Peter Shor 2. Geometrical phases, topological insulator & quantum computing; Yakir Aharnov & Michael Berry 3. Metamaterials, Photonic Crystals Those of us working in this field already know who will be the candidate ;) 4. Cosmological inflation: Andrei Linde, Slava Mukhanov & Alan Guth 5. Newtonian Dynamics: Mordehai Milgrom & Stacy McGaugh
The Nobel Prize in Physics will be announced on October 8th. In this video, I share my speculation for likely candidates. https://lnkd.in/e-s6QMyj
The Department of Physics will organise a colloquium titled "The Mystery of the Invisible Universe: A Window to New Physics" by Prof. Anjan Ananda Sen (Professor, Centre for Theoretical Physics at Jamia Millia Islamia) on 5th November 2024 [Tue], 3:30 PM to 4:30 PM (IST). All are cordially invited. [Abstract] Cosmological observations have confirmed that only 4-5% of the total energy content in the Universe emits light and hence visible. The rest 95-96% of the energy content of the Universe is invisible and can only be detected through their gravitational interactions. This invisible Universe has tremendous potential for testing physics beyond our standard understanding of physical interactions and to reveal new physics that may play an important role in the Universe at large cosmological scales. In this talk, I shall introduce these invisible Universe at pedagogical level and also briefly discuss the current and future efforts to unravel the mysteries of the dark Universe, including those in which India is actively involved.
Nordita-affiliated professors John Wettlaufer and Hans Hansson, both former members of the Nobel Committee for Physics, reflect on this year's Nobel Prize in Physics and the foundational theories behind these developments and their applications. Read their insightful commentary here: https://lnkd.in/g4fz6q6J Thors Hans Hansson on the left, and John Wettlaufer on the right: announcement of the Nobel Prize in Physics 2021 | Credit: Jonathan Nackstrand, Getty Images
As we approach the time of year where the various Nobel Prizes will be announced you might wonder what some of those previous prizes were for. I have been focusing on the Nobel Prize in Physics and have a playlist that will continue to grow explaining what the previous prize winners did to get the honor, and what their project was in plain English (with very little if any math). Check it out today! https://lnkd.in/gxmdirNY #NobelPrize #Science #Physics #ScienceHisotry
What Happens When You Create the World’s Coldest Material? ❄️ When you cool atoms to near absolute zero, you create a state of matter known as Einstein-Bose condensate (BEC). This remarkable material, often described as a "super cold jelly-like substance," was first predicted by physicists Albert Einstein and Satyendra Nath Bose in the 1920s. Nobel Prize winner Eric Cornell helped create the first BEC in 1995, making this "coldest material" a fascinating breakthrough in the world of physics! 🧊 📹: museumofscience Follow @Science for continuous discovery!🔬 #science #nobelprize #physics
Advancing physics, together The Physics Archive contains thousands of seminal papers, including hundreds by Nobel laureates. Papers in the archive have been cited approximately 29 million times. Include the Physics Archive in your collection today. #APS #Physics #PhysicsResearch
