Abstract
AbstractA connection between complex scaling method (CSM), the Prigogine theory of star‐unitary transformations and the luminescence spectroscopic experiment is presented. CSM predicts the existence of coherent (or: dissipative) structures appearing spontaneously in amorphous matter like liquids, due to the thermal motion. A typical spatial size of these coherent structures is estimated. The connection with measurements of D‐fluctuations is shortly discussed.
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