CORDIS Project
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This project explores the use of cavity nanomechanics for ultra-sensitive mass detection, potentially replacing traditional mass spectrometers. By employing light-based force devices, it aims to achieve unprecedented mass sensitivity for applications in chemical and biological detection.
In cavity nanomechanics, researchers are racing towards the mechanical quantum ground states, however, it remains unclear how these interesting system could be usable in real applications.
This project proposes that the cavity nanomechanics could find important use in a broad range of applications in chemical and biological detection.
The use of cavity nanomechanics as sensitive mass detection could potentially replace mass spectrometers in portable detection systems.
These devices are light ba…
AGENCIA ESTATAL CONSEJO SUPERIOR DE INVESTIGACIONES CIENTIFICAS
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