This review gives an account of the historical development, the curren
t state and possible future developments of experimental nonlinear phy
sics, with emphasis on acoustics, hydrodynamics and optics. The concep
ts of nonlinear time-series analysis which are the basis of the analys
is of experimental outcomes from nonlinear systems are explained and r
ecent developments pertaining to such different fields as modeling, pr
ediction, nonlinear noise reduction, detecting determinism, synchroniz
ation, and spatio-temporal time series are surveyed. An overview is gi
ven of experiments on acoustic cavitation, a field rich in nonlinear p
henomena such as nonlinear oscillations, chaotic dynamics and structur
e formation, and one of the first physical systems to exhibit period-d
oubling and chaos in experiment. (C) 1997 The Franklin Institute. Publ
ished by Elsevier Science Ltd.