Qunova Computing develops quantum algorithms to solve quantum chemistry problems 1,000 times more efficiently with chemical accuracy
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Qunnect: Shaping The Future of Scalable Quantum Networking
Qunnect develops hardware to transform telecommunications infrastructure into scalable quantum networks
Read MoreQC 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
Read MoreHow 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 […]
Read MoreZuriQ: Shaping the Future of Penning Ion Trap Quantum Computers
ZuriQ pioneers a new approach to trapping ions and using them as high-quality qubits to solve commercially relevant problems in the future
Read MoreBlueQubit: 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
Read MoreUniversal 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
Read MoreError 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
Read MoreFuture-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
Read MoreHow 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
Read MoreMultiverse 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
Read MoreHermann 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
Read MoreQuiX 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
Read MoreDiraq: 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
Read MoreDuality Quantum Photonics: Shaping the Future of Scalable Photonic Quantum Hardware
Duality Quantum Photonics develops photonics quantum computers from the ground up, and that can scale to solve useful problems
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