Quantum sensing for particle physics using Single Molecule Magnets

 Quantum sensing for particle physics using Single Molecule Magnets


Quantum Sensing for Particle Physics Using Single Molecule Magnets

Quantum sensing represents one of the most transformative technologies at the frontier of modern physics. When applied to particle physics, it holds the potential to detect extremely weak signals that traditional instruments often miss. One particularly promising approach is the use of Single Molecule Magnets (SMMs), which exhibit quantum behavior such as magnetic bistability and slow relaxation of magnetization at very low temperatures. These properties make SMMs highly suitable for ultra-sensitive detection tasks, such as dark matter searches, electric dipole moment (EDM) measurements, or the detection of axion-like particles.

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