Public Lecture No. 1
Public Lecture No. 2
Lecture No.1 Introduction to electronic structure of conjugated polymers
Lecture No.2 Doping induced properties of conjugated polymers
Lecture No.3 Processing of conducting polymers
Transparent metallic conductors
Percolation in conducting polymer blends
Lecture No.4 Polarons, Bipolarons and Solitons in conjugated polymers
Lecture No.5 Photoexcitations in conjugated semiconducting polymers
Photoinduced excitons
Photoinduced charge carriers
Lecture No.6/1 Electroluminescence in conjugated polymers
Conjugated polymer based organic light-emitting diodes (OLED)/1
Lecture No.6/2 Electroluminescence in conjugated polymers
Conjugated polymer based organic light-emitting diodes (OLED)/2
Lecture No.7 Photoinduced electron transfer
Photodetectors
Conjugated polymer solar cells
Lecture No.8 Luminescence Biosensors
Lecture No.9 Electrochemical light-emitting cells (LEC)
Lecture No.10/1 Electrical charge transport phenomena
Disorder induced localisation
Nature of the metallic state
Superconductivity/1
Lecture No.10/2 Electrical charge transport phenomena
Disorder induced localisation
Nature of the metallic state
Superconductivity/2
Interview of Alan Heeger by Harry Kroto (from www.vega.org.uk)