Abstract
A single cyclotron electron is one of the most fundamental systems exhibiting a class of nonlinear optical effects. Following a prediction,1 it was demonstrated that a single cyclotron electron could exhibit hysteresis.2 Such a simple nonlinear system can also be excited by hysteretic subharmonic3 and cyclo-Raman resonances.4 For the process of a high-order cyclo-Raman resonance, the cyclotron motion can be excited by using two laser beams with their frequency difference close to the multiple of cyclotron frequency.5
© 2001 Optical Society of America
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