-
Welcome to the 76th episode of Decode Quantum. In our series of three episodes recorded in Lindau where dozens of physics Nobel laureates met with young scientists, we picked a few of them who are specialized in the broad field of quantum computing to head their thoughts about it: Caroline Tornow (ETH Zurich), Francesca Pietracaprina (Algorithmiq), Yaroslav Herasymenko (TU Delft, QuSoft) and Adam Shaw (Caltech).
This podcast was recorded on July 1st, 2024, in Lindau, Germany during the Lindau Nobel Laureate Meetings 2024 with Fanny Bouton (OVHcloud) and myself. The two other podcasts were recorded and already published with David Wineland and Bill Phillips.
[...]
-
Dans ce 62ième épisode du podcast de l’actualité Quantum, Fanny Bouton et moi-même revenons sur divers faits marquants du mois de septembre 2024 en France et dans le monde. Cela concerne notamment Quandela, Kwan-Tek, Quantinuum, Microsoft, Nord Quantique, Google et Amazon.
Et voici le transcript, illustrations, lien utiles et bonus.
Evénements
Evénements passés :
- Conférence Teratec chez IBM le 5 septembre sur les questions de scalabilité (slides et vidéos). Notamment une intéressante présentation d’Air Liquide pour créer de gros cryostats.
[...]
-
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 1,552 pages, split in five volumes for e-readers and a paperback edition soon available 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.
[...] 
