Driving a passive resonator at its complex frequency makes the response envelope grow as t^{m+1}, and as t^2 at an exceptional point, as shown by theory and RLC circuit experiments.
Phonon- enhanced light–matter interaction at the nanometre scale.Nature, 418(6894):159–162, 2002
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Time-Domain Excitation of Finite-Lifetime Resonances and Their Exceptional Points
Driving a passive resonator at its complex frequency makes the response envelope grow as t^{m+1}, and as t^2 at an exceptional point, as shown by theory and RLC circuit experiments.