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Q-SEnS2 focuses on enhancing quantum sensors through improved measurement techniques and control of quantum states. It aims to develop new methods for creating robust entangled states and achieving high sensitivity in various applications, including medical imaging.
Precision measurements are among the most important applications of quantum physics.
Concepts derived from quantum information science have been explored to enhance precision measurements, as entangled states have been recognized to potentially provide sensitivity beyond the classical limit.
Recent advances have also enabled the development of new types of controlled quantum systems for the realizations of solid-state qubits.
Their use as quantum sensors will enable new capabilities, such as an…
LABORATORIO EUROPEO DI SPETTROSCOPIE NON LINEARI
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