Publication | Closed Access
Observation of inhibited spontaneous emission
293
Citations
8
References
1985
Year
EngineeringCyclotron MotionAtomic Emission SpectroscopyGlow DischargeInhibited Spontaneous EmissionBeamstrahlungAccelerator PhysicElectron OpticIon EmissionFree Electron LaserAccelerator TechnologyPhysicsFree SpaceNew SystemCosmic RayNatural SciencesSpectroscopyApplied PhysicsParticle AcceleratorEmissivity
The radiative decay of the cyclotron motion of a single electron is significantly inhibited when the electron is located within microwave cavity (formed by the electrodes of a Penning trap) rather than in free space. This is the first observation of such inhibited spontaneous emission and the first use of a promising new system for radiative physics. Implications for precision measurements are mentioned.
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