Reasonance builds the MLOps platform ATLAS, helping organizations streamline their machine learning projects
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Blog
How to Evaluate Quantum Processor’s Performance: In Conversation With Himadri Majumdar*
Himadri Majumdar on what quantum hardware manufacturers and end users should keep in mind when evaluating quantum processors
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Innatera: Shaping the Future of Neuromorphic Computing for the Sensor Edge
Innatera leverages spiking neural networks to efficiently and quickly process sensor data on the edge
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SiLogy: Shaping the Future of Collaborative Chip Design Verification
SiLogy provides a web platform to empower chip developers and verification engineers to verify chip designs in minutes
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Hector Gonzalez: Neuromorphic Computing at the Scale of the Human Brain With SpiNNcloud Systems
SpiNNcloud Systems is building the world’s largest neuromorphic supercomputer at TU Dresden and is now making it commercially available
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Multiverse Computing: Shaping the Future of Quantum-Inspired Computing
Multiverse Computing leverages quantum-inspired algorithms to increase the performance of machine learning models and find better solutions for optimization problems
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Mark Heaps: How Groq Built The Fastest Chip for LLM Inference
Mark Heaps, Chief Evangelist of Groq, about why he joined Groq, how they could achieve such fast inference speeds, and what Groq is up to next
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Hermann Hauser: From Microprocessors to Modern AI and How the I.E.C.T. Supports Deep Tech Entrepreneurs
Why Hermann Hauser became a deep tech entrepreneur, why analog computing might see a comeback thanks to AI, and how chip startups can succeed today
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Molecular Quantum Solutions: Shaping the Future of High-Performance Cloud Software to Predict Chemical and Material Properties
Molecular Quantum Solutions leverages high-performance cloud infrastructure for rapid and accurate chemical and material property predictions
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QuiX Quantum: Shaping the Future of Measurement-Based Photonic Quantum Computing
Quix Quantum pioneers measurement-based quantum computing, harnessing the power of photonics to develop large and powerful quantum computers
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Vaire Computing: Shaping the Future of Near-Zero Energy Computing
Vaire Computing leverages reversible computing paired with adiabatic, gentle operation of transistors to build near-zero energy chips
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Codasip: Shaping the Future of RISC-V Processors
Codasip delivers IP and design tools to help chip designers build and optimize microprocessors based on RISC-V
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Diraq: Shaping the Future of Silicon Dot Quantum Computing
Diraq develops quantum computers using transistors as qubits and semiconductor manufacturing to scale to billions of qubits
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InfinityQ: Shaping the Future of Probabilistic Computing for Optimization Problems
InfinityQ uses quantum-inspired optimization methods and probabilistic computing to find better solutions for tough optimization problems
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Quilter: Shaping the Future of AI-Powered Circuit Board Layout
Quilter leverages AI to automate the design of circuit board layouts and accelerate innovation in electronics
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