Supercomputer – AI.RadicalShift

newsNVIDIA Q4 2025: AI Boom Delivers Record Revenue and Profits

AI models, Algorithms, Americas, Analytics, Artificial Intelligence, Automation, Financial, Generative AI, Generative pre-trained transformers (GPT), Industrial, LLMs (Large Language Models), Machine learning, Semiconductors, Supercomputer

February 27, 2025

Sheryl Rivera

AI, AI chips, AMD, Blackwell, cloud computing, data center, financial results, gaming, generative AI, GPU, gross margin, high-performance computing, Intel, investors, market trends, NVIDIA, profit, Q4 FY2025, revenue growth, Semiconductor Industry, semiconductor market, Stargate

SANTA CLARA — NVIDIA has reported blockbuster financial results for the fourth quarter and full fiscal year 2025, fueled by surging demand for its artificial intelligence (AI) and data center chips. The GPU giant posted record Q4 revenue of $39.3 billion, a 78% jump year-over-year (YoY), bringing full-year revenue to $130.5 billion (up 114% YoY).…
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individualsJensen Huang: Visionary Leader Powering the GPU and AI Revolution

Accelerated computing, AI accelerators, AI Inference, Algorithms, Americas, Artificial Intelligence, Asia, Automation, Automotive, Autonomous driving, Cloud, Computer vision, Data centers, Deep learning, Defence, Electronics & Machinery, Entertainment, Gaming, Generative AI, Graph neural network (GNN), Graphics Processing Unit (GPU), Healthcare, Infrastructure & Utilities, Internet & Online, Machine intelligence, Machine learning, Management, Neural networks, Pharma & Biotech, Robotics, Science, Semiconductors, Society, Supercomputer

February 26, 2025

Oleg Lazarov

accelerated computing, AI, AI revolution, Ampere, autonomous vehicles, chip design, Chris Malachowsky, corporate culture, CUDA, Curtis Priem, Data Centers, deep learning, Denny’s, founder-led company, GeForce 256, GPU, GPU computing, Grace CPU, high-performance computing, Hopper, HPC, Huang’s Law, immigrant entrepreneurship, innovation, Jensen Huang, leadership philosophy, Mellanox, NVIDIA, parallel processing, Silicon Valley, strategic acquisitions, strategic decisions, tech visionary, Volta

Jensen Huang is the co-founder, President, and CEO of NVIDIA, a company he started in 1993 that has grown from a niche graphics chip producer into a dominant force in artificial intelligence (AI) and high-performance computing. Huang’s journey – from a young immigrant washing dishes at Denny’s to the leader of a trillion-dollar tech company…
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supercomputersEl Capitan: The World’s Fastest Supercomputer: 2.746 quintillion operations per second

Americas, Defence, Energy, Gas & Oil, Government, Science, Security & Safety, Supercomputer

February 13, 2025

Oleg Lazarov

2.746 exaFLOPS, AMD, AMD CDNA3 GPUs, AMD EPYC CPUs, AMD MI300A, Aurora, computational science, CORAL-2 program, direct liquid-cooled supercomputer, El Capitan, exaFLOPS, exascale system, Frontier, Fugaku, Hewlett Packard Enterprise, high-energy physics, HPE, HPE Cray Shasta, Lawrence Livermore National Laboratory, Livermore Computing Complex, material science, national security research, nuclear research, one quintillion operations per second, Sierra supercomputer, supercomputer, TOSS, U.S. Department of Energy, world’s fastest supercomputer

El Capitan, the latest leap in supercomputing, is currently the world’s fastest supercomputer, outpacing all other systems with a total peak theoretical performance of 2.746 exaFLOPS (2.746 exaFLOPS equals 2.746 quintillion operations per second / 2.746 exaFLOPS=2.746×1018 operations per second or 2,746,000,000,000,000,000 operations per second), according to Live Science and other sources online. Located at Lawrence…
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newsELLIS Supports European Commission’s InvestAI Initiative as a Key Driver for Strengthening Europe’s AI Ecosystem

AI accelerators, AI models, Artificial Intelligence, Edge computing, Europe, Generative AI, Government, Industrial, LLMs (Large Language Models), Machine learning, Robotics, Semiconductors, Supercomputer

February 11, 2025

Sheryl Rivera

AI Action Summit, AI Action Week, AI collaboration, AI development, AI Ecosystem, AI Gigafactories, AI infrastructure, AI innovation, AI research, AI Research Network, AI talent, AI Talent Acquisition, Bernhard Schölkopf, cross-border collaboration, DeepSeek, ELLIS Institute Finland, ELLIS network, Europe’s AI Competitiveness, European AI Hubs, European AI Leadership, European Commission, InvestAI, Nuria Oliver, Ursula von der Leyen, Yann LeCun

PARIS — The ELLIS network is applauding the European Commission’s launch of the InvestAI initiative, viewing it as a major step forward in enhancing Europe’s AI capabilities. With a strong focus on large-scale computing infrastructure, the initiative complements ELLIS’s dedication to fostering cutting-edge research, open collaboration, and talent-driven innovation. ELLIS emphasizes that sustained investments in…
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newsAMD Powers G42’s New AI Compute Facility in Grenoble, Advancing Europe’s AI Infrastructure

AI accelerators, AI models, Analytics, Artificial Intelligence, Asia, Automation, Cloud, Data centers, Europe, Industrial, Semiconductors, Supercomputer

February 10, 2025

Sheryl Rivera

AI, AI computing, AI infrastructure, AI research, AMD, artificial intelligence, Charles-Antoine Beyney, Data Centers, Europe, Europe Tech, G42, Grenoble, high-performance computing, Kiril Evtimov, Lisa Su, sustainability, Tech Innovation, Tech Partnership

ABU DHABI — AMD is excited to announce its pivotal role in the establishment of a state-of-the-art AI data center in Grenoble, France, in partnership with G42, a leading global AI technology group. This groundbreaking facility, which will be operational by mid-2025, will harness the power of AMD Instinct accelerators, providing critical AI compute resources…
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newsOpenEuroLLM Project Launches to Advance European AI Capabilities with Next-Generation Open-Source Language Models

AI models, Artificial Intelligence, Europe, Industrial, LLMs (Large Language Models), Machine learning, Open Source LLMs, Semiconductors, Supercomputer

February 3, 2025

Sheryl Rivera

AI collaboration, AI development, AI innovation, AI Models, AI research, Aleph Alpha Research, AMD Silo AI, Barcelona Supercomputing Center, Charles University, Cineca Interuniversity Consortium, CSC-IT Center for Science, Digital Europe Programme, digital sovereignty, Eindhoven University of Technology, ellamind, ELLIS Institute Tübingen, EuroHPC, Europe, European Commission, European Competitiveness, European Tech Ecosystem, Fraunhofer IAIS, high-performance computing, Jan Hajič, LAION, Language Models, LightOn, Lindholmen Science Park, multilingual models, open science, open source models, open-sci, OpenEuroLLM, OpenML, Peter Sarlin, Prompsit Language Engineering, Public Services, Research Center Juelich, STEP Seal, SURF, University of Helsinki, University of Oslo, University of Tübingen, University of Turku

HELSINKI — A new, transformative collaboration is underway in Europe as some of the continent’s leading AI companies and research institutions unite for the OpenEuroLLM project. This unprecedented initiative brings together 20 prominent European entities to develop open-source, multilingual language models that will be crucial for commercial, industrial, and public service applications. The project is…
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newsSoftBank and Quantinuum Join Forces to Advance Quantum Computing and Unlock New AI Possibilities

AI assistants, Americas, Artificial Intelligence, Asia, Energy, Gas & Oil, Financial, Healthcare, Industrial, Quantum Computing, Supercomputer, Transportation & Logistics

January 29, 2025

Sheryl Rivera

AI, artificial intelligence, Asia Pacific, business model, business models, Central Processing Units, Dr. Rajeeb Hazra, energy, finance, Graphics Processing Units, Healthcare, joint market research, logistics, network analysis, Quantinuum, quantum chemistry, quantum computing, quantum data center, quantum processing units, quantum technologies, Ryuji Wakikawa, SoftBank Corp., transformative advancements

TOKYO/ BROOMFIELD — SoftBank Corp. and Quantinuum have formed a strategic partnership aimed at advancing quantum computing, focusing on the development of practical, market-ready use cases and the creation of a business model for a future quantum data center. The partnership seeks to integrate quantum computing with artificial intelligence (AI), surpassing the limitations of classical…
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newsQuantum Computing Inc. Expands Capabilities with New Purchase Order and Launch of PDK for Photonic Circuit Design

AI accelerators, Americas, Artificial Intelligence, Industrial, Open Source LLMs, Quantum Computing, Semiconductors, Supercomputer

January 29, 2025

Oleg Lazarov

Arizona, Canadian PIC design house, Dirac-3, entangled photons, European technical university, GDSFactory, MPW, multi-project wafer, nanophotonic devices, optical chip market, optical frequency conversion, PDK, periodically poled lithium niobate, photonic chip foundry, photonic integrated circuit, Photonic Integrated Circuit Process Design Kit, PIC, PPLN, QCi, Quantum Computing Inc, quantum photonics, SPIE Photonics West 2025, Tempe, test structures, TFLN, Thin-Film Lithium Niobate

HOBOKEN, NJ — Quantum Computing Inc. (QCi), a leader in integrated photonics and quantum optics, has announced the receipt of its fifth purchase order for its thin film lithium niobate (TFLN) photonic chip foundry. The latest order comes from a Canadian research team focused on advancing quantum photonics, marking another significant milestone in QCi’s ongoing…
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newsQ.ANT Showcases Photonic Processors to Advance Germany’s Role in Sustainable AI and Global Chip Industry

AI accelerators, Artificial Intelligence, Europe, Industrial, Quantum Computing, Semiconductors, Supercomputer

January 28, 2025

Sheryl Rivera

Aerospace, AI, AI chip industry, AI computing, Anna Christmann, chip production, energy efficiency, high-performance computing, Mechanical Engineering, medical technology, Native Computing, Native Sensing, Petra Olschowski, photonic computing, photonic processors, Process Industry, Q.ANT, Q.ANT Para.Digm Framework, quantum sensors, Robert Habeck, Stuttgart, sustainable AI, TRUMPF, Winfried Herrmann

STUTTGART — During a recent visit to Q.ANT, Germany’s Vice Chancellor and Federal Minister for Economic Affairs and Climate Action, Robert Habeck, sought to explore the country’s role in the global chip industry. The visit focused on the future of sustainable AI computing, highlighting Q.ANT’s pivotal role in shaping Germany’s photonic AI chip industry. This…
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newsQuantum Motion Collaborates with NPL and University of Strathclyde to Enhance Cryogenic Electronics for Quantum Computing

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

January 23, 2025

Oleg Lazarov

CMOS technology, cryogenic electronics, cryostats, Dr. Alessandro Rossi, EPSRC, fast-switching qubit systems, FIRETRACE project, Grayson Noah, Jonathan Fletcher, metrology, multi-channel amplifier chips, National Physical Laboratory, NPL, Prosperity Partnership, quantum computing, quantum control, quantum devices, quantum engineering, Quantum Motion, scalability, Semiconductor Quantum Electronics Lab, signal processing, Strathclyde, thermal behavior, thermal management, UKRI Engineering and Physical Sciences Research Council, University of Strathclyde

LONDON — Quantum Motion has joined forces with the National Physical Laboratory (NPL) and the University of Strathclyde in a pioneering effort to tackle one of the major hurdles in quantum computing: running quantum control electronics in extremely cold environments. Quantum systems typically operate at near absolute zero temperatures, around -273.15° Celsius, within cryostats designed…
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newsQuantinuum to Expand Quantum Computing Efforts with New R&D Hub in New Mexico

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

January 22, 2025

Oleg Lazarov

economic competitiveness, Governor Michelle Lujan Grisham, Los Alamos National Laboratory, national security, New Mexico, photonics technologies, Quantinuum, quantum computing, quantum information technology, Rajeeb Hazra, research and development hub, Sandia National Laboratories, trapped ion quantum computing, U.S. Economic Development Administration, University of New Mexico, workforce development

BROOMFIELD, CO — Quantinuum, the world’s largest integrated quantum computing company, has revealed plans to establish a state-of-the-art research and development hub in New Mexico, a growing center for quantum technology innovation. This new facility will focus on advancing photonics technologies, which are crucial to the development of Quantinuum’s trapped ion quantum computing systems. Photonics…
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newsQuantum Computing Inc. Partners with Sanders TDI to Advance Drug Discovery with Quantum Technology

Americas, Artificial Intelligence, Pharma & Biotech, Quantum Computing, Supercomputer

January 16, 2025

Sheryl Rivera

biomolecular modeling, cloud-based access, computational biomedicine, computational chemistry, Dirac-3 Entropy Quantum Computing Machine, Drug Discovery, Kettering Cancer Center, Memorial Sloan Weill Cornell Medicine, optimization problems, QCi, quantum analog computers, quantum computation, Quantum Computing Inc, quantum optics, quantum technologies, Sanders TDI, Sanders Tri-Institutional Therapeutics Discovery Institute, targeted therapeutics, The Rockefeller University

HOBOKEN, NJ — Quantum Computing Inc. (QCi), a leader in integrated photonics and quantum optics technology, has announced an exciting new collaboration with the Sanders Tri-Institutional Therapeutics Discovery Institute, Inc. (Sanders TDI) to advance research in computational biomedicine. This partnership will leverage QCi’s cutting-edge quantum computation technology, particularly its Dirac-3 Entropy Quantum Computing Machine, to…
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newsIBM Advances AI Frontiers with Groundbreaking Collaboration with CoreWeave

AI models, Americas, Artificial Intelligence, Cloud, Industrial, Semiconductors, Supercomputer

January 16, 2025

Sheryl Rivera

AI, AI development, AI Hyperscaler, AI research, cloud platform, CoreWeave, enterprise AI, Grace Blackwell Superchip, high-performance computing, hybrid cloud, IBM, IBM Granite models, IBM Storage Scale System, Kubernetes, Michael Intrator, NVIDIA GB200, NVIDIA GB200 NVL72, NVIDIA Quantum-2, NVMe flash technology, open-source, Sriram Raghavan, supercomputing

ARMONK, NY — IBM (NYSE: IBM) is proud to announce a strategic collaboration with CoreWeave, a leader in delivering high-performance, AI-focused cloud solutions, to power the next generation of its Granite AI models. This transformative partnership marks a significant milestone in IBM’s ongoing commitment to delivering state-of-the-art, enterprise-ready AI technology. Pioneering AI Supercomputing Solutions In…
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newsCoreWeave and IBM Collaborate to Launch Advanced AI Supercomputer for Next-Gen Enterprise Applications

AI assistants, AI models, Algorithms, Americas, Analytics, Artificial Intelligence, Cloud, Industrial, Quantum Computing, Supercomputer

January 15, 2025

Sheryl Rivera

accelerated computing, AI, AI cloud platform, AI Hardware, AI infrastructure, AI software, AI supercomputer, CoreWeave, CoreWeave AI services, CoreWeave customers, data analytics, enterprise AI, enterprise applications, enterprise-grade AI models, Forbes Cloud 100, GB200 Grace Blackwell Superchip, Granite models, hybrid cloud, IBM, IBM AI, IBM hybrid cloud, IBM Research, IBM Storage Scale System, Kubernetes, Michael Intrator, NVIDIA, NVIDIA GB200 NVL72, NVMe flash technology, quantum computing, Quantum-2 InfiniBand networking, Sriram Raghavan, TIME100

ROSELAND, N.J. and YORKTOWN HEIGHTS, N.Y. — CoreWeave has unveiled plans to deliver one of the first AI supercomputers powered by the NVIDIA GB200 Grace Blackwell Superchip to IBM, marking a significant leap in AI research and development. This groundbreaking supercomputer, equipped with NVIDIA GB200 NVL72 systems and interconnected by NVIDIA Quantum-2 InfiniBand networking, will…
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newsArm Powers NVIDIA DRIVE AGX Thor to Revolutionize AI in Autonomous Vehicles

AI assistants, AI models, Algorithms, Americas, Analytics, Artificial Intelligence, Automotive, Europe, Industrial, Supercomputer

January 7, 2025

Sheryl Rivera

AI, AI applications, AI capabilities, AI performance, ARM, Arm compute platform, Arm Neoverse, Arm technology, Armv9, Automated Driving, Automotive, automotive technology, autonomous driving, Blackwell architecture, CES 2025, cockpit features, convolutional neural networks, DRIVE AGX Thor, driver monitoring, functional safety, generative AI, Neoverse V3AE, NVIDIA, parking, passenger monitoring, power efficiency, semiconductor suppliers, Software-defined Vehicles, transformers, virtual platforms

CAMBRIDGE — At CES each year, innovative technologies emerge that aim to address some of the most significant challenges across various industries. What many may not realize is that a substantial portion of these groundbreaking solutions is built on the Arm compute platform, and the automotive sector is no exception. As generative AI continues to…
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newsProject DIGITS: NVIDIA and Arm Empower AI Developers with Personal Supercomputing Power

AI assistants, AI models, Algorithms, Americas, Analytics, Artificial Intelligence, Europe, Industrial, Startups, Supercomputer

January 7, 2025

Sheryl Rivera

AI applications, AI computing, AI Models, AI performance, AI research, AI supercomputer, AI workflows, AI workloads, ARM, Arm compute platform, Arm Cortex-X, Blackwell GPU, CES 2025, Cortex-A, data center, developer tools, edge computing, FP4 precision, generative AI, GPU, Grace Blackwell Superchip, Grace CPU, Linux-based system, machine learning, memory optimization, NVIDIA, NVIDIA Grace Hopper, NVIDIA NGC, open-source Linux platform, power consumption, Project DIGITS, scalable platform, software innovation

CAMBRIDGE — Arm is proud to be a key partner in the launch of NVIDIA Project DIGITS, a cutting-edge personal AI supercomputer that brings high-performance AI computing to developers’ desks. By combining the power of Arm-based CPU cores with NVIDIA’s leading AI technology, Project DIGITS is set to revolutionize AI development, providing a scalable, secure,…
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newsInfleqtion Achieves Quantum Computing Breakthrough, Paving the Way for Advanced Material Design and Next-Gen Technologies

AI models, Algorithms, Americas, Artificial Intelligence, Cybersecurity, Industrial, Quantum Computing, Semiconductors, Supercomputer

December 11, 2024

Sheryl Rivera

A350, battery technology, computational accuracy, Infleqtion, logical qubits, materials science, neutral atoms, NVIDIA CUDA-Q, quantum computing, quantum research, Sqale, superconductors, technology breakthrough

BOULDER, CO — Infleqtion, a leading force in quantum information technology, has announced a groundbreaking achievement in materials science, powered by logical qubits. In collaboration with the University of Chicago and the University of Wisconsin, Infleqtion demonstrated a 6x increase in computational accuracy, utilizing the NVIDIA CUDA-Q platform. This significant milestone brings quantum computing a…
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newsInfleqtion Demonstrates Groundbreaking Quantum Computing Experiment Using NVIDIA CUDA-Q Platform

AI assistants, AI models, Algorithms, Americas, Analytics, Artificial Intelligence, Automation, Industrial, Quantum Computing, Supercomputer

December 11, 2024

Oleg Lazarov

advanced quantum hardware, AI-powered supercomputers, breakthrough research, CUDA-Q™, Drug Discovery, environmental interactions, error correction, GPU-accelerated simulation, hardware imperfections, Infleqtion, logical qubits, logistics, materials science, noise, NVIDIA, quantum algorithms, quantum computing, quantum hardware, quantum supercomputing, quantum systems, scalable quantum systems, single-impurity Anderson model, Sqale neutral atom quantum processor, transformative applications

SANTA CLARA — Quantum computing is poised to revolutionize industries such as drug discovery and logistics, yet a significant obstacle remains: noise. Environmental interactions and hardware imperfections introduce disturbances that limit today’s quantum devices to just hundreds of operations before computations degrade. Addressing this challenge requires logical qubits, which combine tens or hundreds of physical…
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newsNVIDIA Launches ALCHEMI NIM Microservice to Revolutionize Material Discovery and Accelerate the Renewable Energy Transition

AI assistants, AI models, Algorithms, Americas, Analytics, Artificial Intelligence, Energy, Gas & Oil, Environment, Graphics Processing Unit (GPU), Industrial, Supercomputer

November 19, 2024

Sheryl Rivera

AI Inference, AIMNet2 model, ALCHEMI NIM microservice, chemical simulations, electric vehicle batteries, energy storage, environmental sustainability, high-throughput discovery, lithium-metal batteries, MACE-MP-0 model, manufacturability simulations, material discovery, molecular properties, Net Zero Initiative, NVIDIA, NVIDIA AI Enterprise, NVIDIA H100 Tensor Core GPUs, NVIDIA NGC catalog, Qichao Hu, renewable energy transition, SES AI, solar panels, Supercomputing 2024, Sustainable innovation, virtual lab

SANTA CLARA — At the Supercomputing 2024 conference in Atlanta, NVIDIA introduced the ALCHEMI NIM microservice, a groundbreaking tool designed to optimize AI inference for chemical simulations. This innovation is set to transform the discovery of novel materials, advancing the renewable energy transition while addressing critical global challenges such as energy storage and environmental sustainability.…
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newsGoogle Quantum AI and NVIDIA Join Forces to Advance Quantum Processor Design with CUDA-Q Platform and Supercomputing Power

AI assistants, AI models, Algorithms, Americas, Analytics, Artificial Intelligence, Industrial, Quantum Computing, Semiconductors, Supercomputer

November 19, 2024

Sheryl Rivera

AI supercomputing, CUDA-Q platform, CUDA-Q software, dynamical simulations, Google Quantum AI, GPU-accelerated simulations, Guifre Vidal, H100 Tensor Core GPUs, hybrid quantum-classical computing, large-scale simulations, noise management, NVIDIA, NVIDIA Eos supercomputer, public availability, quantum chip design, quantum computing, quantum hardware, quantum processor design, quantum research, quantum technologies, qubits, Real-world Challenges, scalable quantum systems, Tim Costa

SANTA CLARA — At SC24, NVIDIA announced its collaboration with Google Quantum AI to accelerate the development of next-generation quantum computing devices. By leveraging the NVIDIA CUDA-Q™ platform and the NVIDIA Eos supercomputer, Google is conducting advanced simulations to overcome key design challenges in quantum hardware. Tackling Noise in Quantum Computing Hardware Quantum computing has…
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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.

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Category: Supercomputer

individualsJensen Huang: Visionary Leader Powering the GPU and AI Revolution

supercomputersEl Capitan: The World’s Fastest Supercomputer: 2.746 quintillion operations per second

newsELLIS Supports European Commission’s InvestAI Initiative as a Key Driver for Strengthening Europe’s AI Ecosystem

newsAMD Powers G42’s New AI Compute Facility in Grenoble, Advancing Europe’s AI Infrastructure

newsOpenEuroLLM Project Launches to Advance European AI Capabilities with Next-Generation Open-Source Language Models

newsSoftBank and Quantinuum Join Forces to Advance Quantum Computing and Unlock New AI Possibilities

newsQuantum Computing Inc. Expands Capabilities with New Purchase Order and Launch of PDK for Photonic Circuit Design

newsQ.ANT Showcases Photonic Processors to Advance Germany’s Role in Sustainable AI and Global Chip Industry

newsQuantum Motion Collaborates with NPL and University of Strathclyde to Enhance Cryogenic Electronics for Quantum Computing

newsQuantinuum to Expand Quantum Computing Efforts with New R&D Hub in New Mexico

newsCoreWeave and IBM Collaborate to Launch Advanced AI Supercomputer for Next-Gen Enterprise Applications

newsArm Powers NVIDIA DRIVE AGX Thor to Revolutionize AI in Autonomous Vehicles

newsProject DIGITS: NVIDIA and Arm Empower AI Developers with Personal Supercomputing Power

newsInfleqtion Achieves Quantum Computing Breakthrough, Paving the Way for Advanced Material Design and Next-Gen Technologies

newsInfleqtion Demonstrates Groundbreaking Quantum Computing Experiment Using NVIDIA CUDA-Q Platform

newsNVIDIA Launches ALCHEMI NIM Microservice to Revolutionize Material Discovery and Accelerate the Renewable Energy Transition

newsGoogle Quantum AI and NVIDIA Join Forces to Advance Quantum Processor Design with CUDA-Q Platform and Supercomputing Power

What is RadicalShift AI?

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