AMD’s Post

El captain Supercomputer powered AMD MI 300A APUs (GPU-128Gb HBM3 memory & 24 Zen4 based CPU cores), will be more Powerful than the current Top 200 fastest supercomputers in the world combined and 10x faster the world's current fastest system, it will operate 2000,000,000,000,000,000 (2 exaflops) operation per second. The AMD MI300A combines CPU and GPU processing on a single die, to bring new levels of exascale computing to the research community. The anticipated result is never-before-possible simulations and modeling that can drive large-scale scientific discoveries. #AMD #Server #GPU #AI #HPC #EPYC

💫 On National Technology Day 💫 National Technology Day celebrates India's advancements in science and technology. Observed on May 11th annually, it commemorates the nuclear tests conducted in 1998. Recognizes the pivotal role of technology in national development. Honors scientists, engineers, and innovators driving progress. Encourages further innovation and technological growth. Sure, here are 10 trending hashtags that might be popular on National Technology Day: #TechDay #InnovationNation #FutureTech #TechRevolution #DigitalAge #STEMpower #TechSavvy #TechCelebration #ScienceAndTech #TechForGood #Mavyedusolutions

Bahman Zohuri joined Titans of Nuclear to discuss his impressive career as an author, professor and more. We touched on just a few of his 64 (and counting) textbooks, as well as notable topics in his research. Listen in for a glimpse into the catalogue of Bahman's work. Listen here: https://lnkd.in/eFzPTCAG #nuclear #nuclearenergy #technology

The benefits of using nuclear power - stable 24/7 energy production in a small footprint - will have a symbiotic relationship with data centers whose power needs continue to grow. Beyond data centers there are numerous other processes that can use the energy production provided by nuclear reactors (i.e., hydrogen production, water desalination, etc.). Advanced nuclear reactors are generally smaller than the current generations of light water reactors and have enhanced safety features, both active and passive, that mitigate the fear of core meltdown and radiological release. This makes them ideal for co-location with their end-use application where energy needs are moderate, and a small site boundary is highly desirable. There are several advanced reactor designs out there today, but none of them have been approved by the U.S. NRC. This poses one of the biggest challenges as both designers and the regulator need to figure out how to best license the next generation of nuclear reactors (i.e., efficiently, rapidly, etc.) for novel uses beyond the electrical grid.

#mdpisymmetry Check this published article "Nuclear Shape-Phase Transitions and the Sextic Oscillator" at https://lnkd.in/g78EnMXe Authors: Géza Lévai and José M. Arias HUN-REN Institute for Nuclear Research Universidad de Sevilla Universidad de Granada #nuclearstructure #phasetransitions #nuclear

MANUFACTURING OF ZR-NB ALLOYS - A.N.T. International Report The report covers the impact of manufacturing on microstructure and in-reactor performance of Zr-Nb alloys. The report was co-authored by Russian scientists involved in the development of the Russian Alloys E110, E635 and E125. Please click on the link below for a sample of the report: https://lnkd.in/dvrkKb8n Please get back to me at: liam.strand@antinternational.com  if you are interested in the report and/or if you have any questions. #nuclearsafety #nuclear #nucleareducation #report  #antinternational

Excited States in Isobaric Multiplets—Experimental Advances and the Shell-Model Approach | Review by Michael A Bentley https://lnkd.in/gVCuGd56 University of York; MDPI #isospin #charge #symmetry #nuclear #shellmodel #physics This article belongs to the Special Issue: The Nuclear Shell Model 70 Years after Its Advent: Achievements and Prospects https://lnkd.in/dAtgbDyi #Abstract A review of recent advances in the study of the energy splitting between excited isobaric analogue states is presented. Some of the experimental developments, and new approaches, associated with spectroscopy of the most proton-rich members of isobaric multiplets, are discussed. The review focuses on the immense impact of the shell-model in the analysis of energy differences and their interpretation in terms of nuclear structure phenomena.

OpenAI has pitched the Biden administration on the need for massive data centers, each using as much power as entire cities, to advance AI and compete with China. Following a White House meeting with CEO Sam Altman, OpenAI shared a document highlighting the economic and national security benefits of 5-gigawatt data centers in various US states. To put this in context, 5 gigawatts is equivalent to five nuclear reactors or enough to power almost 3 million homes. https://lnkd.in/eBY735CK

Double Beta Decay: A Shell Model Approach | Review by Mihai Horoi https://lnkd.in/gfq4sBVc Central Michigan University; MDPI #nuclear #shellmodel #neutrino #physics This article belongs to the Special Issue: The Nuclear Shell Model 70 Years after Its Advent: Achievements and Prospects https://lnkd.in/dAtgbDyi #Abstract Studies of weak interaction in nuclei are important tools for testing different aspects of the fundamental symmetries of the Standard Model. Neutrinoless double beta decay offers an unique venue of investigating the possibility that neutrinos are Majorana fermions and that the lepton number conservation law is violated. Here, I use a shell model approach to calculate the nuclear matrix elements needed to extract the lepton-number-violating parameters of a few nuclei of experimental interest from the latest experimental lower limits of neutrinoless double beta decay half-lives. The analysis presented here could reveal valuable information regarding the dominant neutrinoless double beta decay mechanism if experimental half-life data become available for different isotopes. A complementary shell model analysis of the two-neutrino double beta decay nuclear matrix elements and half-lives is also presented.

Double Beta Decay: A Shell Model Approach | Review by Mihai Horoi https://lnkd.in/gfq4sBVc Central Michigan University; MDPI #nuclear #shellmodel #neutrino #physics This article belongs to the Special Issue: The Nuclear Shell Model 70 Years after Its Advent: Achievements and Prospects https://lnkd.in/dAtgbDyi #Abstract Studies of weak interaction in nuclei are important tools for testing different aspects of the fundamental symmetries of the Standard Model. Neutrinoless double beta decay offers an unique venue of investigating the possibility that neutrinos are Majorana fermions and that the lepton number conservation law is violated. Here, I use a shell model approach to calculate the nuclear matrix elements needed to extract the lepton-number-violating parameters of a few nuclei of experimental interest from the latest experimental lower limits of neutrinoless double beta decay half-lives. The analysis presented here could reveal valuable information regarding the dominant neutrinoless double beta decay mechanism if experimental half-life data become available for different isotopes. A complementary shell model analysis of the two-neutrino double beta decay nuclear matrix elements and half-lives is also presented.