Qubit Pharmaceuticals develops quantum physics-inspired algorithms to reach unparalleled accuracy and precision in drug discovery and design
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NcodiN: Shaping the Future of Optical Data Communications between Chiplets
NcodiN develops optical interposers based on semiconductor nanolasers that beam data between chiplets for fast and efficient communication.
Read MoreAlice & Bob: Shaping the Future of Fault-Tolerant Quantum Computing
Alice & Bob explores a special kind of qubit called “cat qubit,” which is protected from errors by design and may pave the way to building fault-tolerant quantum computers
Read MorePlanck Technologies: Shaping the Future of Energy Storage by Computational Material Screening
Planck Technologies leverages computational chemistry methods and machine learning to find better materials for green energy storage
Read MoreSignaloid: Shaping the Future of Uncertainty Quantification in Computing
Signaloid develops a processor that helps computers track uncertainty and dramatically reduces computational effort and costs
Read MoreAqarios: Shaping the Future of Quantum Algorithms for Solving Optimisation Problems
Aqarios develops quantum algorithms in-house and provides a platform for classical and quantum algorithms to tackle optimization problems
Read MoreQruise: Shaping the Future of Machine Learning for Quantum Computing and Beyond
Qruise leverages machine learning to build a physical model from a quantum computer’s experimental data to help improve them
Read MoreGemesys: Shaping the Future of AI Chips Inspired By The Human Brain
Gemesys develops analog, brain-like AI chips with the potential to be 20,000 times more energy-efficient than today’s graphics processors.
Read MoreAnaqor: Shaping the Future of Community-Built Quantum Solutions
Anaqor creates PlanQK, an open platform and ecosystem for quantum applications allowing developers to exchange code easily.
Read MoreOrbital Materials: Shaping the Future of Machine Learning for Green Material Design
Orbital Materials uses advanced machine learning to better understand the world of atoms and develop better and greener materials.
Read MoreQuobly: Shaping the Future of Universal Quantum Computing Using Semiconductor Technology
Quobly leverages semiconductor technology to scale universal quantum computers to millions of silicon spin qubits.
Read MoreQuantum Art: Shaping the Future of Ion Trap Quantum Computers
Quantum Art develops develops ion trap quantum computers based on cutting-edge research from the Weizmann Institute of Science.
Read MoreQEDMA Quantum Computing: Shaping the Future of Quantum Operating Systems
QEDMA Quantum Computing develops methods to mitigate errors to get optimal results from the current generation of quantum computers.
Read MoreEntropica Labs: Shaping the Future of the Quantum Software Stack
Entropica Labs creates the software layer to enable error correction and accelerate the arrival of useful, fault-tolerant quantum computers
Read MoreQuantrolOx: Shaping the Future of Scaling Quantum Computers through Automation
QuantrolOx uses machine learning to pioneer the automated control of quantum computers, paving the way to scalable quantum computing
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