Day 0 Support for Qwen3.6 on AMD Instinct GPUs
…Pushing the Boundaries of Quantum Simulation and Control In this blog, we highlight our ongoing synergy with Qibo, an end-to-end open-source framework for quantum computing, and In this blog…
To be able to bridge the gap between next-generation jet engine design and quantum computing with QSVT, we need to first model the jet engine dynamics using CFD, before embedding a representation of that CFD model to solve with QSVT. For that first step, the Rolls-Royce team has generated various meshes representing a 2-dimensional lid-driven cavity test case. These meshes are represented as square matrices of increasing size, depending on the model's accuracy. From here, the non-linear fluid equations for laminar flow on this mesh are linearized — resulting in a large, sparse matrix with stru
Propelling Aerospace Innovation: Scaling Quantum Workflows on AMD Gpus With Rolls-Royce and XanaduQibo is a versatile, full-stack open-source middleware for quantum computing that spans the complete workflow - from high performance circuit simulation to direct control of experimental quantum hardware. Unlike frameworks that address only one layer of the stack, Qibo provides a unified environment for developing algorithms, benchmarking performance, and validating hardware behavior. The project is a global collaborative effort, developed and used by leading research institutions including the Technology Innovation Institute (TII), Singapore’s National Quantum Computing Hub (NQCH), the Barcel
Larger-Than-Ever Single-GPU Quantum Simulation…Pushing the Boundaries of Quantum Simulation and Control In this blog, we highlight our ongoing synergy with Qibo, an end-to-end open-source framework for quantum computing, and In this blog…
…Pushing the Boundaries of Quantum Simulation and Control In this blog, we highlight our ongoing synergy with Qibo, an end-to-end open-source framework for quantum computing, and In this blog…
…February 19, 2026 Designing Resilient Routing using Quantum Algorithms Explore how quantum computing tackles NP-hard routing problems, enabling faster, more resilient telecom networks amid growing complexity. February 17, 2026 Accelerating Biochemical…
…We will examine today’s breakthroughs in artificial intelligence, high performance computing and quantum technologies, as well as what lies ahead. (Booth #X01) ISC Event Details AMD Advancing AI 2026 Wed, Jul…
AOCL-FFTZ AMD’s in-house Fast Fourier Transform (FFT) library is purpose-built and optimized for Zen-based processors, delivering improved computational performance and faster execution of FFT workloads on AMD…
…Pushing the Boundaries of Quantum Simulation and Control In this blog, we highlight our ongoing synergy with Qibo, an end-to-end open-source framework for quantum computing, and In this blog…
…February 19, 2026 Designing Resilient Routing using Quantum Algorithms Explore how quantum computing tackles NP-hard routing problems, enabling faster, more resilient telecom networks amid growing complexity. February 17, 2026
…Heterogeneity Driving Efficient Compute for Processing AMD Versal™ SoCs combine the parallel compute density of software-programmable AI Engines with the flexibility of programmable logic. The Versal RF Series also has specialized…
…Pushing the Boundaries of Quantum Simulation and Control In this blog, we highlight our ongoing synergy with Qibo, an end-to-end open-source framework for quantum computing, and In this blog…
…Pushing the Boundaries of Quantum Simulation and Control In this blog, we highlight our ongoing synergy with Qibo, an end-to-end open-source framework for quantum computing, and In this blog…