Optalysys develops photonic accelerators that can speed up fully-homomorphic encryption, making the processing of encrypted data viable
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Articles by: Benjamin Wolba
Gavin Crooks: How Normal Computing Solves Linear Algebra Problems With Thermodynamics
Thermodynamic computers leverages the natural tendency of physical systems to minimize energy and reach equilibrium states for computing
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Aron Kirschen: Analog AI Chips Deserve Better than RRAM*
Aron Kirschen on what it takes to develop analog AI chips, from the foundry process to a demo board, and how Intel Ignite accelerated SEMRON
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QC Design: Shaping the Future of Quantum Design Automation
QC Design develops quantum design automation software and architectures to make fault-tolerant quantum computers a reality
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Lakera: Shaping the Future of Securing AI Models
Lakera offers the leading real-time security platform for generative AI applications, shielding AI models against threats
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How SemiQon Is Bringing Quantum Computing to Silicon Chips: A Deep Dive With Janne Lehtinen*
How SemiQon Is Bringing Quantum Computing to Silicon Chips: A Deep Dive With Janne Lehtinen* While there are many ways to build quantum processors, one approach that stands out is to use silicon chips. Over the past decades, the semiconductor industry has proven that it can manufacture transistors and microprocessors […]
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LUBIS EDA: Shaping the Future of Verification for Microchips
LUBIS EDA develops software to verify microchips and find and eliminate the bugs before they cause significant issues
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ZuriQ: Shaping the Future of Penning Ion Trap Quantum Computers
ZuriQ pioneers a new approach to trapping ions and use them as high-quality qubits to solve commercially-relevant problems in the future
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PandasAI: Shaping the Future of Conversational Data Analysis
PandasAI develops AI agents to help data scientists and their business peers get valuable insights from company data more easily
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BlueQubit: Shaping the Future of Utilizing Powerful Quantum Computers
BlueQubit develops a platform that enables researchers and developers to harness the power of quantum computing with a single click
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Wave Photonics: Shaping the Future of Developing Integrated Photonics
Wave Photonics automates designing photonic components, enabling engineers to develop photonic integrated chips with less effort
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Universal Quantum: Shaping the Future of Fully Scalable Trapped Ion Quantum Computers
Universal Quantum builds fully scalable quantum computers based on well-established microchip technology and a unique modular approach
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Error Corp: Shaping the Future of Error Control for Quantum Computers
Error Corp pioneers a new approach to detect and correct quantum errors more efficiently and unlock the potential of quantum computers
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Future-Proof Decision Intelligence With Quantagonia’s Hybrid Quantum Platform
Quantagonia combines advanced classical solvers with future-proof quantum computing capabilities to enhance enterprise’s decision-making
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ZeroPoint Technologies: Shaping the Future of Ultra-Fast, Hardware-Based Data Compression
ZeroPoint Technologies pioneers hardware-based data compression to increase the memory capacity of servers by 2-4x
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