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Reflections from Durham HPC Days: A Kubernetes Workshop Perspective

Lewis Sampson, United Kingdom Research and Innovation, STFC, DAFNI, [email protected]

Opiniontechnologyeducationhigh-performance computingcake.ac.uk·Tech by Flipboard·7d ago·5 min read

FP8 Tensor Cores Enable FP64-Equivalent 3-D FFT on NVIDIA Blackwell Ultra via Ozaki-Bailey Decomposition

NVIDIA's Blackwell Ultra (B300) cuts FP64 vector throughput to ~1.3 TFLOPS per GPU, roughly 30x below B200 and well below the level at which bandwidth-limited FP64 workloads stay memory-bound. The Ozaki Scheme II framework recovers FP64-equivalent through

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arxiv.org13d ago

Asynchronous Many-Task Algorithm Improves SN Transport Solver Performance on Shared Memory Systems

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tandfonline.com16d ago

Scientific computing must integrate AI and prioritize energy efficiency in the age of hyperscale cloud providers

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scim.ag22d ago

Cornelis Networks and NextSilicon partner on AI and HPC reference architectures

Combating infrastructure bottleneck aim of effort while scale-out networking solution validated in Stampede3 supercomputer

Newstechnologybusinessai infrastructure

sdxcentral.com·Tech by Flipboard·23d ago·3 min read

Scientific computing must adapt by integrating AI and prioritizing energy efficiency

Scientific computing must integrate AI with simulation and focus on energy-efficient methods and systems

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science.org·Tech by Flipboard·26d ago·5 min read

Oak Ridge Lab Connects 20-Qubit IQM Quantum Computer to Frontier Supercomputer

IQM’s Pathfinder, a 20-qubit quantum computer, is now at Oak Ridge National Laboratory, connected to the world’s most powerful supercomputer.

Newstechnologysciencequantum computing

iq.fp2.dev·Tech by Flipboard·29d ago·3 min read

AI-Driven Approach for Portable GPU Kernels in High-Performance Computing

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hgpu.org1mo ago

Applied NumPy: A Practical Guide from Fundamentals to High-Performance Computing

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pythonclcoding.gumroad.com1mo ago

LLM-assisted translation successfully ports FESOM2 ocean model from Fortran to C++/Kokkos while preserving physics

Large language models (LLMs) can translate and modify source code, and have been shown to do so for codes of different complexity. Whether they can port a complete, production geophysical model to a different language without degrading its physics has not

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arxiv.org1mo ago

Joint SeisSol and ExaHyPE User Workshop, Training and Hackathon Announced for June 2026 at LRZ Munich

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seissol.org1mo ago

GPU-Accelerated Classical Simulation Narrows Quantum Advantage Claim for Fermi-Hubbard Model

Establishing quantum advantage requires comparison against the best achievable classical simulation. The Q-CTRL team recently simulated quench dynamics of the one-dimensional Fermi-Hubbard model on an IBM processor, completing a $L=60$ evolution to time $

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arxiv.org1mo ago

NEST Simulator Included in SPEC CPU 2026 Benchmark Suite for First Time

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ebrains.eu1mo ago

NumKong: A Comprehensive Collection of 2,000 SIMD Kernels for Mixed-Precision Numerical Computing

Around 2'000 SIMD kernels for mixed-precision BLAS-like numerics — dot products, batched GEMMs, distances, geospatial, ColBERT MaxSim, and mesh alignment — from Float6 to Float118, leveraging RISC-V, Intel AMX, Arm SME, and WebAssembly Relaxed SIMD, in 7

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ashvardanian.com·Hacker News: Front Page·3mo ago·42 min read

Ironkernel: Python DSL That Compiles to Parallel Rust for High-Performance Computing

Codetechnologyprogramming

github.com4mo ago

Cimba: High-Performance Discrete Event Simulation Library in C with Multithreading and Coroutines

Codetechnologyprogramming

github.com5mo ago

MpGEMM: Optimizing General Matrix Multiplication for ARM's Scalable Matrix Extension Architecture

General Matrix Multiplication (GEMM) is a critical kernel in high-performance computing and deep learning. While modern architectures like ARM's Scalable Matrix Extension (SME) introduce dedicated hardware for matrix operations, existing linear algebra li

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arxiv.org5mo ago

Breakthrough: 1.3-Second Cross-Machine Weight Transfer for Trillion-Parameter AI Models

Newstechnologyartificial intelligence

research.perplexity.ai5mo ago

The Next Platform1

Reflections from Durham HPC Days: A Kubernetes Workshop Perspective

FP8 Tensor Cores Enable FP64-Equivalent 3-D FFT on NVIDIA Blackwell Ultra via Ozaki-Bailey Decomposition

Asynchronous Many-Task Algorithm Improves SN Transport Solver Performance on Shared Memory Systems

Scientific computing must integrate AI and prioritize energy efficiency in the age of hyperscale cloud providers

Cornelis Networks and NextSilicon partner on AI and HPC reference architectures

Scientific computing must adapt by integrating AI and prioritizing energy efficiency

Oak Ridge Lab Connects 20-Qubit IQM Quantum Computer to Frontier Supercomputer

AI-Driven Approach for Portable GPU Kernels in High-Performance Computing

Applied NumPy: A Practical Guide from Fundamentals to High-Performance Computing

LLM-assisted translation successfully ports FESOM2 ocean model from Fortran to C++/Kokkos while preserving physics

Joint SeisSol and ExaHyPE User Workshop, Training and Hackathon Announced for June 2026 at LRZ Munich

GPU-Accelerated Classical Simulation Narrows Quantum Advantage Claim for Fermi-Hubbard Model

NEST Simulator Included in SPEC CPU 2026 Benchmark Suite for First Time

NumKong: A Comprehensive Collection of 2,000 SIMD Kernels for Mixed-Precision Numerical Computing

Ironkernel: Python DSL That Compiles to Parallel Rust for High-Performance Computing

Cimba: High-Performance Discrete Event Simulation Library in C with Multithreading and Coroutines

MpGEMM: Optimizing General Matrix Multiplication for ARM's Scalable Matrix Extension Architecture

Breakthrough: 1.3-Second Cross-Machine Weight Transfer for Trillion-Parameter AI Models