A Quantum Description of Signal Transduction in Magnetic Resonance: Analytical Results, Cavity Damping, and Relaxation

Keywords

abbreviations absent accommodated addition allied amplitudes analytic analytical annihilation apparent appropriate arbitrarily arise atom atoms baseband black blue calculation cavity classical close combined conserved constants continuing coupling creation damp damping decay decrement density description deviation diagonal dies disappears dissipation dotted dover earlier elementary employs equation equations eventually evolution excitation excitations expanded extreme familiar field free frequency fundamental give gives green identity illustrated illustrative imaginary include included incorporate induction infinite initial instead introduce introduced inverses long longitudinal losses lossless magnetization magnetizations master matrices matrix maxwell mechanical mild model moderate modification modified moment motion noted numerical occupation occurs operators optical optics oscillation oscillator oscillatory path periods phenomenologically photon photons phys plus population prepared products pure purely quadrature quantity quantized quantum radiation reduced relation repetitive resemblance scale scaled serves slight slow slowly spin spins starting strong take taken technologies temporal term theory throughout transduction transverse treatment twice undamped usual vector weak writing yields zero