Paolo Traina

1 month ago | photoniques.com | Ivo Pietro Degiovanni |Xavier Vidal |Paolo Traina |Marco Gramegna

Paolo Traina1*, Ivo Pietro Degiovanni1, Marco Gramegna1*, Xavier Vidal2 et Guillermo Gil2Nitrogen Vacancy centers in diamond interact with local magnetic and electric fields, temperature, strain, and pressure. Their ease of operation and exceptional performance has led to the emergence of a first generation of commercial NV-based quantum sensors, as scanning-probe systems, giving them wide recognition as the quantum technology with the most imminent market potential.