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J’assistais le 7 novembre 2024 au ministère de la recherche et de l’enseignement supérieur à Paris à un séminaire de présentation du programme de “recherche à risque” lancé par l’État fin 2023. J’y étais invité en tant que membre du comité d’experts de sélection des projets à risque du Programme Inria Quadrant (PIQ), Inria étant l’un des organismes nationaux de recherche (ONR) impliqués dans cette démarche, en parallèle avec le CEA, le CNRS, l’INRAE et l’Inserm.
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Here is Understanding Quantum technologies 2024, the 7th edition of this book and the fourth in English. It is always a free to download book, without any questions asked (no email, no profiling). It reaches 1,554 pages, split in five volumes for e-readers and a paperback edition is available since November 10th on many Amazon sites.
The book and these volumes are structured as follow:
Volume 1 “Prologue” (372 pages) starts with describing the motivation and organization of this book, then a quantum physics history highlighting the key contributors of this field, quantum physics 101 (quantization, superposition, entanglement and the likes). It then lays-out the basics to understand quantum computing with describing how gate-based quantum computing operates (qubits, gates, measurement), and then covers quantum computing engineering which includes quantum computer physical paradigms and architecture, error handling, quantum memory, quantum energetics, economics and how to deal with uncertainty.
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Here is Understanding Quantum technologies 2023, the 6th edition of this book and the third in English. As all my book, it is a free to download book without any questions. It beats another record of mine with 1,366 pages, split in three volumes for e-readers and a paperback edition available on many Amazon sites.
It is probably the most thorough book on the matter covering so many dimensions (history, science, technology, hardware/software, usages, societal, political) and for all quantum technologies (computing, telecommunications, cryptography, sensing, quantum matter). It is a very large book but it can also be considered as a collection of more reasonable books: one on quantum physics (140 pages), another on quantum computing hardware (344 pages), one on quantum computing programming, software tools and case studies (270 pages), yet another one on quantum communication and cryptography (94 pages), on quantum sensing (49 pages, we are here in the “novel” format), on quantum geopolitics (99 pages), a directory of quantum industry vendors (665 are described in the book), etc. But they are all tied together in a consistent manner!
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