. . . . . Quantum . Research update . Dark spins could boost the performance of diamond-based quantum devices . 04 Feb 2023 New spin on noise: a better understanding of the interactions between NV centres and surface spins could be used to build better quantum devices. (Courtesy: Shutterstock/Inna Bigun/vector) The performance of some quantum technologies could be boosted by exploiting interactions between nitrogen-vacancy ...

. . . . . Quantum . Research update . Dark spins could boost the performance of diamond-based quantum devices . 04 Feb 2023 New spin on noise: a better understanding of the interactions between NV centres and surface spins could be used to build better quantum devices. (Courtesy: Shutterstock/Inna Bigun/vector) The performance of some quantum technologies could be boosted by exploiting interactions between nitrogen-vacancy ...

. . . . . Quantum . Research update . Dark spins could boost the performance of diamond-based quantum devices . 04 Feb 2023 New spin on noise: a better understanding of the interactions between NV centres and surface spins could be used to build better quantum devices. (Courtesy: Shutterstock/Inna Bigun/vector) The performance of some quantum technologies could be boosted by exploiting interactions between nitrogen-vacancy ...

. . . . . Quantum . Research update . Dark spins could boost the performance of diamond-based quantum devices . 04 Feb 2023 New spin on noise: a better understanding of the interactions between NV centres and surface spins could be used to build better quantum devices. (Courtesy: Shutterstock/Inna Bigun/vector) The performance of some quantum technologies could be boosted by exploiting interactions between nitrogen-vacancy ...