Quantum sensing

The second quantum revolution is bringing basic science from the laboratory into our daily life. Quantum sensing is the most promising topic and magnetometric sensors based on spin systems (nitrogen vacancy centres of diamond and silicon carbide) already offer unprecedented resolution with compact and reliable implementation.

project
Description of the project

In recent years, a new field of research has opened in the study of sensors for the measurement of elements such as magnetic and electric fields, times and frequencies, rotations, temperature and pressure.

In particular, quantum sensors based on nitrogen vacancies (NV) appearing in diamonds have generated a growing interest due to their quantum properties measurable even at room temperature.

ARQUIMEA Research Center is developing quantum sensors that will form the basis of high-precision instrumentation; with applications in medical diagnostics and other biomedical uses, such as biodetection and bioimaging. It could also be used in the development of high-precision sensors for security and defence and will represent a major advance in energy efficiency in quantum computing.

tech
Sensors
Quantum
collaborating
Collaborating entities
UPV (Universidad del País Vasco)
UC3M (Universidad Carlos III de Madrid)