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Quantum sensing offers the possibility of extremely accurate monitoring of temperature, as well as magnetic and electric fields, with nanometer resolution. By observing how these properties affect the energy level differences within a sensing molecule, new avenues in the field of nanotechnology and quantum computing may become viable. However, the time resolution of conventional quantum sensing methods has previously been limited to the range of microseconds due to limited luminescence lifetimes. A new approach is needed to help refine the quantum sensing.