Disorder is ubiquitous in Organic Semiconductors but its quantification is rather difficult and depends on the measurement technique. In addition to its magnitude, an open question is if dynamic (thermal) and static disorders behave similar. We show examples of our recent research that shed light on the influence of a static theoretical treatment of vibrational dynamics in transport but also on the possibility of reducing thermal disorder by quantization.
Disorder is ubiquitous in Organic Semiconductors but its quantification is rather difficult and depends on the measurement technique. In addition to its magnitude, an open question is if dynamic (thermal) and static disorders behave similar. We show examples of our recent research that shed light on the influence of a static theoretical treatment of vibrational dynamics in transport but also on the possibility of reducing thermal disorder by quantization.
