Quantum Hardware Platforms – a brief overview

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By David Shaw16th March 2021Tags: Annealing, AQT, Archer, Atom Computing, AWS, Bleximo, Bluefors, CEA Leti, Cold Atoms, ColdQuanta, Control, D-Wave, Delft Circuits, Diamonds, EeroQ, FTQC, Hitachi, Honeywell, IBM, Intel, IonQ, IQM, Majors, Microsoft, Neutral atoms, NextGenQ, NISQ, Orange QS, Orca, Origin Quantum, Oxford Instruments, Pasqal, Photonic, PsiQ, Q-CTRL, QBlox, QCI, QDevil, Qdots, Qilimanjaro, QLM, QPU, Quantum Brilliance, Quantum Motion, Qubits, QuEra, QuiX, Rigetti, SEEQC, Silicon spin, SQC, Superconducting, Supremacy, Topological, Trapped ions, Xanadu, Zurich Instruments

To understand the ambitious roadmaps of quantum hardware players we have to start by understand the contrasting advantages and challenges of each of their technology platforms. As we seek to scale up these solutions, the specific flavour of the technology being employed becomes increasingly important.

This overview is taken from a presentation originally delivered at Quantum Business Europe in March 2021.

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About the Author

David Shaw has worked extensively in consulting, market analysis & advisory businesses across a wide range of sectors including Technology, Healthcare, Energy and Financial Services. He has held a number of senior executive roles in public and private companies. David studied Physics at Balliol College, Oxford and has a PhD in Particle Physics from UCL. He is a member of the Institute of Physics. Follow David on Twitter and LinkedIn

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