ELECTRON-ELECTRON INTERACTIONS AND COULOMB GLASS CREATION IN ELECTRONIC ONE-DIMENSIONAL SYSTEMS

Experimental evidence is presented that demonstrates how a light pulse incident upon a ID semiconductor, PDATS, in zero field, seeds that se miconductor with charge held in a stable state, unrecombined, for time s on the order of milliseconds. Application of an electric field at la ter time releases some of this seed charge which is measured whilst th e remainder recombines. Two models for this effect are put forward and discussed and an idea for a molecular logic unit, the transactor, is introduced.