Supercomputer – Page 2 – AI.RadicalShift

newsNew NVIDIA NIM Microservices Revolutionize Weather Forecasting with AI and Accelerated Climate Modeling

AI assistants, AI models, Algorithms, Americas, Analytics, Artificial Intelligence, Asia, Digital twins, Environment, Generative AI, Supercomputer

November 19, 2024

Oleg Lazarov

AI Models, climate change modeling, climate tech, CorrDiff NIM, digital twin platform, Earth-2, energy efficiency, European Centre for Medium-Range Weather Forecasts, extreme weather events, FourCastNet NIM, generative AI, GFS, hail, high-resolution modeling, ice, IFS, insurance, insured losses, National Oceanic and Atmospheric Administration, natural disasters, NIM microservices, NVIDIA, precipitation events, reinsurance, risk estimation, SC24, snow, super-resolution, Taiwan, typhoons, weather prediction, Weather Research and Forecasting, weather technology, WRF model

SANTA CLARA — At SC24, NVIDIA has unveiled two groundbreaking NIM microservices aimed at accelerating the development and deployment of AI models for weather prediction, specifically targeting snow, ice, and hail forecasts. These new microservices, CorrDiff and FourCastNet, are designed to significantly improve the speed and resolution of weather simulations, offering a dramatic leap in…
Continue Reading
newsNVIDIA’s cuPyNumeric Accelerated Computing Library Revolutionizes Data Analysis for Scientists Worldwide

Americas, Artificial Intelligence, Data centers, Graphics Processing Unit (GPU), Industrial, Machine learning, Quantum Computing, Supercomputer

November 19, 2024

Sheryl Rivera

accelerated computing, AI tools, Australian National University, Big Data, climate science, computational fluid dynamics, cuPyNumeric, data analysis, data scaling, GH200 Grace Hopper Superchip, GPUs, HDF5, high-performance computing, Los Alamos, Los Alamos National Laboratory, machine learning, matrix calculations, National Payments Corporation of India, NPCI, NumPy, NVIDIA, NVIDIA booth, Python code, real-time digital payment system, research workflows, scientific discovery, scientific institutions, scientific research, SLAC, SLAC National Accelerator Laboratory, supercomputers, Supercomputing 2024, UMass Boston, Venado supercomputer, weather modeling

SANTA CLARA — NVIDIA has introduced a game-changing tool for researchers worldwide—cuPyNumeric, an accelerated computing library designed to enhance data-crunching capabilities without requiring users to alter their existing Python code. This breakthrough in computing technology helps scientists tackle massive data sets, from quantum-level electron behaviors to galactic collisions, by allowing them to efficiently scale their…
Continue Reading
newsAMD Powers El Capitan to Exascale, Reaches Top Spot on the Supercomputing List and Expands Cloud Offerings

AI models, Americas, Artificial Intelligence, Asia, Generative AI, Industrial, LLMs (Large Language Models), Machine learning, Supercomputer

November 18, 2024

Sheryl Rivera

AI, AI and HPC, AI model development, AI solutions, AMD, AMD EPYC processors, AMD Instinct GPUs, AMD Instinct MI300A APUs, AMD leadership, biomedical research, climate modeling, cloud offerings, computational research, El Capitan, energy, energy efficiency, Eni, Exascale, Exascale systems, Forrest Norrod, Frontier, generative AI, Green500, Hewlett Packard Enterprise, high-performance computing, High-Performance Linpack, HPC, HPC 6, HPC applications, HPE, HPL, IBM, IBM Cloud, Italy, Japan, Lawrence Livermore National Laboratory, LLNL, MI300X accelerators, National Nuclear Security Administration, national security, NNSA, nonproliferation, Norway, nuclear deterrence, Rob Neely, scientific breakthroughs, supercomputer, TOP500

SANTA CLARA — At Supercomputing 2024, AMD has continued its leadership in high-performance computing (HPC) by powering the world’s fastest supercomputer, El Capitan, which has officially surpassed the Exascale barrier. El Capitan, located at Lawrence Livermore National Laboratory (LLNL) and built by Hewlett Packard Enterprise (HPE), now holds the top position on the latest Top500…
Continue Reading
newsORCA, PSNC, and NVIDIA Pioneer Hybrid Quantum-Classical Infrastructure for AI-Enhanced Applications in Biological Imaging and Quantum Computing

AI assistants, AI models, Algorithms, Analytics, Artificial Intelligence, Europe, Generative AI, Industrial, Machine learning, Quantum Computing, Supercomputer

November 18, 2024

Oleg Lazarov

AI, AI for quantum, AI supercomputing, biological imaging, chemistry, CUDA-Q™, FFHQ dataset, GANs, generative adversarial networks, generative AI, hybrid quantum-classical computing, large-scale quantum computers, Llama, machine learning, NVIDIA, NVIDIA H100, ORCA Computing, ORCA PT-1, photonic quantum processors, photonics, Poznan Supercomputing and Networking Center, PSNC, quantum computing, quantum processors, quantum technology, quantum-classical hybrid infrastructure, resource state generation, RS-GPT, StyleGAN, therapeutics

LONDON — ORCA Computing, in collaboration with the Poznan Supercomputing and Networking Center (PSNC) and NVIDIA, is spearheading a groundbreaking initiative to develop a hybrid quantum-classical computing infrastructure aimed at addressing the growing needs of modern scientific workflows. With quantum processors poised to enhance computing power, the project highlights the pivotal role of combining quantum…
Continue Reading
newsNVIDIA Powers Japan’s Healthcare Innovation with AI-Driven Advances in Drug Discovery, Genomics, and Medical Imaging

AI assistants, AI models, Americas, Artificial Intelligence, Asia, Data centers, Deep learning, Generative AI, Healthcare, LLMs (Large Language Models), Pharma & Biotech, Robotics, Supercomputer

November 12, 2024

Sheryl Rivera

aging population, AI, Astellas Pharma, CT imaging, Daiichi-Sankyo, DGX supercomputer, digital health, Drug Discovery, Fujifilm, genome sequencing, genomics, H100 Tensor Core GPUs, healthcare innovation, healthcare robotics, Holoscan, IOWN network, Japan, Jetson Orin modules, medical imaging, medical technology, Mitsui & Co, MONAI, NTT, NURA, NVIDIA, NVIDIA AI Summit Japan, NVIDIA BioNeMo, Olympus, Ono Pharmaceutical, Parabricks, precision medicine, Showa University, sovereign AI, surgical microscopy, Tokyo-1, University of Tokyo Human Genome Center, Xeureka

SANTA CLARA — Japan’s healthcare sector is embracing sovereign AI solutions to advance drug discovery, genomics, and medical device development, as healthcare providers and researchers innovate to meet the needs of an aging population. Nearly 30% of Japan’s citizens are over 65, and AI-driven healthcare is seen as vital to addressing an anticipated shortfall of…
Continue Reading
newsNVIDIA-Enabled AI and Confidential Computing Propel Mitsui’s Xeureka in Revolutionizing Drug Discovery

AI assistants, AI models, Americas, Artificial Intelligence, Asia, Generative AI, Healthcare, LLMs (Large Language Models), Pharma & Biotech, Supercomputer

November 12, 2024

Oleg Lazarov

AI, AI platform, AI supercomputer, autonomous trucking, chemical behaviors, confidential computing, data security, data sharing, digital transformation, Drug Discovery, Fortanix, geospatial analytics, global pharma, Healthcare, Hiroki Makiguchi, Japan, Katsuya Ito, large language models, ligand-base pairs, Mitsui & Co, molecular simulations, NVIDIA, NVIDIA BioNeMo, NVIDIA H100 Tensor Core GPUs, pharmaceutical industry, pharmaceutical R&D, predictive accuracy, protein structure prediction, quantum computing, Tokyo-1, Xeureka

SANTA CLARA — Mitsui & Co., a major Japanese conglomerate, is advancing drug discovery through its new subsidiary, Xeureka, which utilizes NVIDIA’s AI platform to securely harness shared datasets. Founded 77 years ago, Mitsui continues to innovate across its 16 divisions with digital transformation initiatives, ranging from autonomous trucking to geospatial analytics and even quantum…
Continue Reading
newsORCA Computing Unveils PT-2 Quantum System, Advancing AI and Optimization with Hybrid Quantum-Classical Technology

AI accelerators, AI assistants, AI models, Algorithms, Analytics, Artificial Intelligence, Europe, Generative AI, Industrial, Machine learning, Quantum Computing, Supercomputer

October 29, 2024

Oleg Lazarov

biological imaging, chemical formulation, generative AI, high-performance computing, HPC, hybrid quantum-classical infrastructure, hybrid quantum/classical neural networks, industrial-scale quantum AI, IQT Quantum+AI, machine learning, model quality, NQCC, NVIDIA CUDA-Q, optimization workflows, ORCA Computing, peptide design, photonic quantum processors, photonic quantum systems, power consumption, Poznan Supercomputing and Networking Center, PSNC, PT Series, PT-2, quantum computing, quantum computing testbed, quantum-enhanced applications, SC24 Supercomputing Conference, UK National Quantum Computing Centre, vaccine development

LONDON — ORCA Computing has officially unveiled the PT-2, the next-generation system in its PT Series of photonic quantum systems. Building upon the success of the PT-1, which has already been deployed across seven on-premises locations, the PT-2 marks a major milestone in the company’s efforts to revolutionize practical quantum computing. Designed to align with…
Continue Reading
newsELLIS to Launch Second Institute in Finland, Strengthening Europe’s AI Ecosystem

AI models, Algorithms, Analytics, Artificial Intelligence, Europe, Government, Industrial, Machine learning, Science, Supercomputer

October 29, 2024

Sheryl Rivera

Aalto University, AI, AI breakthroughs, AI Ecosystem, AI landscape, AI research, Bernhard Schölkopf, ELLIS, ELLIS Institute Finland, ELLIS network, ELLIS professorships, ELLIS Unit Helsinki, European AI community, European Laboratory for Learning and Intelligent Systems, European leadership in AI, European values, FCAI, Finland, Finland AI ecosystem, Finnish Center for Artificial Intelligence, Finnish Ministry of Education and Culture, LUMI supercomputer, machine learning, Peter Sarlin, Samuel Kaski, Silo AI, talent pool, technological resilience

HELSINKI — The European Laboratory for Learning and Intelligent Systems (ELLIS) has announced the upcoming launch of its second institute, ELLIS Institute Finland, marking a significant milestone in its mission to bolster Europe’s leadership in artificial intelligence (AI). The new institute will focus on driving advancements in AI and machine learning, leveraging Finland’s robust AI…
Continue Reading
newsWorld’s Largest AI Supercomputer, xAI’s Colossus, Reaches New Performance Milestone with NVIDIA Spectrum-X Networking

AI assistants, Algorithms, Americas, Analytics, Artificial Intelligence, Industrial, Supercomputer

October 28, 2024

Sheryl Rivera

AI deployments, AI infrastructure, AI training, BlueField-3 SuperNICs, Colossus supercomputer, data throughput, Elon Musk, generative AI, Gilad Shainer, Grok language models, high-performance computing, Hopper GPUs, low latency, multi-tenant AI clouds, NVIDIA, RDMA, Remote Direct Memory Access, scalable AI processing, Spectrum SN5600 Ethernet switch, Spectrum-4 switch ASIC, Spectrum-X Ethernet, XAI

SANTA CLARA — NVIDIA has revealed that xAI’s massive Colossus supercomputer, featuring 100,000 NVIDIA Hopper GPUs, is powered by the NVIDIA Spectrum-X Ethernet networking platform, which ensures optimal performance for large-scale AI deployments. This facility, located in Memphis, Tennessee, leverages Spectrum-X’s advanced features like congestion control and Remote Direct Memory Access (RDMA) to deliver unprecedented…
Continue Reading
newsxAI and NVIDIA Set New Supercomputing Milestone with Colossus, the World’s Largest AI Training System

Americas, Artificial Intelligence, Generative AI, Industrial, LLMs (Large Language Models), Supercomputer

October 28, 2024

Sheryl Rivera

adaptive routing, AI, AI fabric visibility, AI factories, AI factory, AI workloads, BlueField-3 SuperNICs, chatbots, Colossus, congestion control, data throughput, Direct Data Placement technology, Elon Musk, enterprise environments, Ethernet networking, Gilad Shainer, Grok, Hopper GPUs, hyperscale, InfiniBand, large language models, latency, Memphis, multi-tenant, multi-tenant generative AI clouds, network, NVIDIA, packet loss, performance, performance isolation, Remote Direct Memory Access (RDMA), senior vice president, Spectrum SN5600, Spectrum-4, Spectrum-X, supercomputer, Tennessee, training system, X Premium subscribers, XAI, xAI team

SANTA CLARA — NVIDIA has unveiled that xAI’s Colossus supercomputer cluster, which boasts an impressive 100,000 NVIDIA Hopper GPUs in Memphis, Tennessee, has reached an extraordinary level of scale by leveraging the NVIDIA Spectrum-X™ Ethernet networking platform. Designed to deliver optimal performance to multi-tenant, hyperscale AI facilities, Spectrum-X’s Remote Direct Memory Access (RDMA) network ensures…
Continue Reading
newsQuiX Quantum Joins ARENA2036 Ecosystem to Revolutionize Photonic Quantum Computing for Industry Applications

Artificial Intelligence, Automotive, Education, Europe, Industrial, Quantum Computing, Semiconductors, Supercomputer

October 26, 2024

Sheryl Rivera

ARENA2036, Automotive, autonomous production systems, BMBF, collaboration, digital transformation, DLR, Dr. Stefan Hengesbach, energy-efficient, European leader, Federal Ministry of Education and Research, German Aerospace Center, Industry 4.0, innovation, IT, IT-OT convergence, logistics, pattern recognition, photonic quantum computing, photonic quantum processors, production, quantum applications, quantum hardware, quantum technology, QuiX Quantum, real-time decision-making, research campus, scalability, Stuttgart, Universal Quantum Computer, University of Stuttgart

STUTTGART — QuiX Quantum has joined the ARENA2036 ecosystem, an innovation platform based in Stuttgart, Germany, that fosters collaboration between science and industry to advance the future of mobility and production, marking a significant milestone in Europe’s photonic quantum computing landscape. The Dutch-German company, a leader in photonic quantum technology, brings a unique advantage to the…
Continue Reading
newsQuiX Quantum Launches Bia™ Cloud Service to Advance Hybrid Quantum Computing for Businesses and Researchers

Artificial Intelligence, Cloud, Europe, Industrial, Quantum Computing, Semiconductors, Supercomputer

September 17, 2024

Sheryl Rivera

Alquor® Quantum Photonic Processor, basiq™ SDK, Bia™ Quantum Cloud Computing Service, Boson Sampling, classical computing, Dr. Stefan Hengesbach, Enschede, Federal Ministry for Economic Affairs and Climate Protection, hybrid computing, hybrid quantum platform, light detection module, machine learning, optimization, photonic processor, photonic quantum computing, QaaS, QMware, Quantum as a Service, quantum computing, quantum hardware, Quantum Monte Carlo simulations, quantum processing unit, quantum random walks, quantum simulations, QuiX Quantum, single-photon generation module, Universal Quantum Computer, Variational Quantum Eigensolver, VQE

ULM — QuiX Quantum, a leading European innovator in photonic quantum computing hardware, has unveiled the Bia™ Quantum Cloud Computing Service, its first Quantum as a Service (QaaS) platform designed to make quantum and hybrid computing accessible to businesses and research institutions. This new service marks a significant milestone for the company, offering immediate access to…
Continue Reading
newsAMD Expands AI Capabilities with Acquisition of Silo AI

Americas, Artificial Intelligence, Europe, LLMs (Large Language Models), Machine learning, Semiconductors, Supercomputer

July 12, 2024

Oleg Lazarov

acquisition, AI computing, AI Lab, AI Models, Allianz, AMD, AMD Instinct MI250X GPUs, Combient, CSC-IT Center for Science, Dr. Pekka Manninen, end-to-end AI solutions, Helsinki, large language models, LLMs, LUMI, Mats Agervi, Nishant Batra, Nokia, Peter Sarlin, Philips, Rolls-Royce, Silo AI, Unilever, Vamsi Boppana

SANTA CLARA / HELSINKI — In a strategic move to bolster its enterprise AI solutions, AMD (NASDAQ: AMD) announced on July 10, 2024, its definitive agreement to acquire Silo AI, Europe’s largest private AI lab. The acquisition, valued at approximately $665 million in an all-cash transaction, underscores AMD’s commitment to expanding its global AI capabilities…
Continue Reading
newsAMD Acquires Silo AI to Expand Its Leadership in AI Solutions and Software Development

AI models, Americas, Artificial Intelligence, Europe, Industrial, LLMs (Large Language Models), Semiconductors, Supercomputer

July 11, 2024

Sheryl Rivera

AI computing, AI deployment, AI infrastructure, AI innovation, AI Models, AI solutions, AI technology, AMD, artificial intelligence, Combient, CSC-IT Center for Science, Dr. Pekka Manninen, European AI, Finland, LLMs, Mats Agervi, Nishant Batra, Nokia, Peter Sarlin, Silo AI, Silo AI acquisition, Technology partnership, Vamsi Boppana

SANTA CLARA — AMD (NASDAQ: AMD) has announced the acquisition of Silo AI, Europe’s largest private AI lab, in an all-cash transaction valued at $665 million. This strategic acquisition strengthens AMD’s ongoing AI strategy by adding world-class AI scientists and engineers to the team and enables the rapid scaling and deployment of open-source AI solutions…
Continue Reading
newsNVIDIA Unveils Revolutionary AI Enhancements for RTX Laptops at COMPUTEX

AI assistants, Algorithms, Americas, Analytics, Artificial Intelligence, Automation, Industrial, Retrieval-augmented generation (RAG), Semiconductors, Supercomputer

June 3, 2024

Sheryl Rivera

ACE digital human platform, Adobe, AI, ASUS, Blackmagic Design, COMPUTEX, content creation, DLSS 3.5, Google Chrome, GPU-accelerated small language models (SLMs), Microsoft, Microsoft Edge, modders, Mozilla Firefox, MSI, NVIDIA, NVIDIA RTX AI Toolkit, Project G-Assist, RTX laptops, RTX Remix platform, RTX Remix Toolkit, RTX Video, Studio Wildcard, TensorRT™ model optimizer, VLC media, Windows Copilot Runtime

SANTA CLARA — At this year’s COMPUTEX, NVIDIA has set the stage for a new era of AI-powered computing with a slew of groundbreaking announcements. Leading the charge is Project G-Assist, an AI assistant technology designed to provide context-aware help for PC games and applications. Teamed up with Studio Wildcard, NVIDIA showcased the technology’s potential…
Continue Reading
newsAI Revolution Unveiled: NVIDIA and Top Manufacturers Unleash Next-Gen Computing Power

Americas, Artificial Intelligence, Generative AI, Industrial, Semiconductors, Supercomputer

June 3, 2024

Oleg Lazarov

AI, AMD, Amphenol, artificial intelligence, Blackwell architecture, Chang Gung Memorial Hospital, Cloud, COMPUTEX, Cooler Master, Ecosystem, edge computing, Foxconn, generative AI, GPUs, Grace CPUs, Intel, Jensen Huang, MGX, NVIDIA, server manufacturers, software developers, Taiwan, traditional data centers, TSMC, x86

SANTA CLARA — At this year’s COMPUTEX, the world witnessed a groundbreaking collaboration between NVIDIA and leading computer manufacturers, signaling the dawn of a new industrial era powered by AI. Spearheaded by NVIDIA founder and CEO Jensen Huang, the unveiling showcased an impressive lineup of systems fueled by NVIDIA’s Blackwell architecture, boasting Grace CPUs and…
Continue Reading
newsNVIDIA’s Grace Hopper: Transforming Supercomputing with AI Power

Algorithms, Americas, Analytics, Artificial Intelligence, Asia, Automation, Europe, Industrial, Science, Semiconductors, Supercomputer

May 13, 2024

Oleg Lazarov

Academic Computer Centre Cyfronet, BullSequana XH3000, Eviden, French Alternative Energies and Atomic Energy Commission, Grace Hopper, Hewlett Packard Enterprise, Ian Buck, Isambard 3, Isambard-AI, Jülich Supercomputing Centre, Los Alamos National Laboratory, NVIDIA, Simon McIntosh-Smith, Swiss National Supercomputing Centre, Texas Advanced Computing Center, University of Bristol

Worldwide Supercomputers Harness NVIDIA’s Grace Hopper™ Superchips to Propel Scientific Discovery SANTA CLARA — In a groundbreaking development poised to revolutionize the landscape of high-performance computing, NVIDIA has announced the deployment of nine new supercomputers worldwide, each powered by the transformative capabilities of NVIDIA Grace Hopper™ Superchips. These energy-efficient systems, collectively delivering a staggering 200…
Continue Reading
newsNVIDIA’s Quantum Leap: Accelerating Global Quantum Computing Research

Americas, Artificial Intelligence, Asia, Europe, Industrial, Open Source LLMs, Quantum Computing, Science, Semiconductors, Supercomputer

May 13, 2024

Sheryl Rivera

AI, AIST, CUDA-Q™, G-QuAT, Germany, Hopper Architecture, Japan, JSC, Jülich Supercomputing Centre, Krzysztof Kurowski, Masahiro Horibe, National Institute of Advanced Industrial Science and Technology, NVIDIA, Poland, Poznan Supercomputing and Networking Center, PSNC, Quantum, Quantum supremacy, Quantum-AI synergy, Tim Costa

Supercomputing Centers in Germany, Japan, and Poland Embrace NVIDIA’s CUDA-Q Platform to Drive Quantum Innovation SANTA CLARA — In a landmark move poised to redefine the future of quantum computing research, NVIDIA has unveiled its open-source CUDA-Q™ platform, set to revolutionize quantum processing capabilities worldwide. Spearheaded by collaborations with leading supercomputing sites in Germany, Japan,…
Continue Reading
newsNVIDIA Blackwell Unveiled: A Paradigm Shift in Accelerated Computing

Americas, Artificial Intelligence, Generative AI, Industrial, Quantum Computing, Supercomputer

March 19, 2024

Oleg Lazarov

accelerated computing, AI, AI infrastructure, AI Models, Andy Jassy, Blackwell, breakthrough, cloud computing, cloud service providers, collaboration, data processing, David Harold Blackwell, Demis Hassabis, Efficiency, electronic design automation, Elon Musk, Energy Consumption, engineering simulation, GB200, generative AI, GPU, GTC keynote, innovation, Jensen Huang, Larry Ellison, Mark Zuckerberg, Michael Dell, networking, NVIDIA, NVIDIA AI Enterprise, Partnership, quantum computing, Reliability, resilience, Sam Altman, Satya Nadella, semiconductor, server manufacturers, software developers, Sundar Pichai, superchip, technology, trillion-parameter-scale

SANTA CLARA — NVIDIA has ushered in a new era of computing with the introduction of the NVIDIA Blackwell platform, a revolutionary leap forward in accelerated computing. With transformative technologies at its core, Blackwell promises to power trillion-parameter-scale AI models while significantly reducing cost and energy consumption. Jensen Huang, founder and CEO of NVIDIA, heralds…
Continue Reading
newsJapan’s ABCI-Q Supercomputer, Powered by NVIDIA, to Spearhead Quantum Computing Research

Americas, Artificial Intelligence, Industrial, Quantum Computing, Semiconductors, Supercomputer

March 19, 2024

Oleg Lazarov

ABCI-Q, AIST, CUDA-Q™, G-QuAT, H100 Tensor Core GPUs, high-performance simulation, Hopper Architecture, Japan, Masahiro Horibe, NVIDIA, quantum computing, Quantum-2 InfiniBand, supercomputer, Tim Costa

SANTA CLARA — In a significant stride towards Japan’s quantum computing aspirations, NVIDIA has unveiled its collaboration with the nation’s quantum research initiative through the ABCI-Q supercomputer. This advanced computing system, set to be operational early next year, aims to catalyze quantum research endeavors across various industries. ABCI-Q, housed at the Global Research and Development…
Continue Reading

What is RadicalShift AI?

RadicalShift.ai represents the paradigm shift the artificial intelligence (AI) brings upon all of us, from the way we live and work to the way we do business. To help cope with these fundamental changes across life, industries and the world in general, we are obsessively observing (30+ markets across multiple continents) and covering the AI industry while building a scalable open platform aimed at people, businesses and industry stakeholders to contribute across (benefit from) the entire spectrum of the AI industry from news, views, insights to knowledge, deployments, entities, people, products, tools, jobs, investors, pitch decks, and beyond, helping build what would potentially be a resourceful, insightful, knowledgeable and analytical source for AI related news, information and resources, ultimately becoming the AI industry graph/repository.

AI.RadicalShift

Category: Supercomputer

newsNew NVIDIA NIM Microservices Revolutionize Weather Forecasting with AI and Accelerated Climate Modeling

newsNVIDIA’s cuPyNumeric Accelerated Computing Library Revolutionizes Data Analysis for Scientists Worldwide

newsORCA, PSNC, and NVIDIA Pioneer Hybrid Quantum-Classical Infrastructure for AI-Enhanced Applications in Biological Imaging and Quantum Computing

newsNVIDIA Powers Japan’s Healthcare Innovation with AI-Driven Advances in Drug Discovery, Genomics, and Medical Imaging

newsORCA Computing Unveils PT-2 Quantum System, Advancing AI and Optimization with Hybrid Quantum-Classical Technology

newsELLIS to Launch Second Institute in Finland, Strengthening Europe’s AI Ecosystem

newsWorld’s Largest AI Supercomputer, xAI’s Colossus, Reaches New Performance Milestone with NVIDIA Spectrum-X Networking

newsxAI and NVIDIA Set New Supercomputing Milestone with Colossus, the World’s Largest AI Training System

newsQuiX Quantum Joins ARENA2036 Ecosystem to Revolutionize Photonic Quantum Computing for Industry Applications

newsQuiX Quantum Launches Bia™ Cloud Service to Advance Hybrid Quantum Computing for Businesses and Researchers

newsAMD Expands AI Capabilities with Acquisition of Silo AI

newsAMD Acquires Silo AI to Expand Its Leadership in AI Solutions and Software Development

newsNVIDIA Unveils Revolutionary AI Enhancements for RTX Laptops at COMPUTEX

newsNVIDIA’s Grace Hopper: Transforming Supercomputing with AI Power

newsNVIDIA’s Quantum Leap: Accelerating Global Quantum Computing Research

newsJapan’s ABCI-Q Supercomputer, Powered by NVIDIA, to Spearhead Quantum Computing Research

What is RadicalShift AI?

Latest Entries

🏭 INDUSTRIES / MARKETS:

🏷️ TAGS

📂 ARCHIVE