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State University (France), Browse similar opportunities
SL-DRT-21-0400
New computing paradigms, circuits and technologies, incl. quantum
Today's quantum computers are still far from the ideal case scenario that where though of by the first contributors of quantum computing: they are still tiny (a few dozens of qubits at best), noisy, imperfect. These are now known as NISQ computers or Noisy Intermediate Scale Quantum devices. Being tiny and noisy however does not mean they are worthless, and as they will be the dominant kind of quantum computing devices for the foreseeable future, it is of great value to investigate what would be possible to implement on these new kind of computer in the case of optimization problems, especially in the case of so-called "hybrid algorithm" for which the NISQ computer is considered as a quantum accelerator within a more standard processing implemented otherwise on a standard computer.In this PhD thesis we will investigate the limits of the first NISQ computers publicly available (either real hardware or simulators) and how to use despite their limitations within an optimization algorithm.
Département Systèmes et Circuits Intégrés Numériques
Laboratoire pour la Confiance des sYstèmes de calcuL
Saclay
LOUISE Stéphane
CEA
DRT/DCIN/LCYL
Pièce 2019, Bat 862 Nano-INNOVPC 172
Phone number: 01 69 08 64 12
Email: stephane.louise@cea.fr
Paris-Saclay
Sciences et Technologies de l’Information et de la Communication (STIC)
Start date on 01-10-2021
SIRDEY Renaud
CEA
DRT/LIST/DSCIN/LCYL
CEA Saclay Nano-INNOVInstitut CARNOT CEA LISTDRT/LIST/DACLE/L3SPoint courrier n° 172F-91191 Gif-sur-Yvette Cedex
Phone number: 01 69 08 45 42
Email: renaud.sirdey@cea.fr
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