Spreading impedance approach for modeling organic semiconductor devices
Spreading impedance approach for modeling organic semiconductor devices
Developed a new spreading impedance approach for modeling organic semiconductor devices: Application to organic position sensing devices has yielded excellent agreement and provided insight into the underlying microscopic length scales and time scales of these devices. The same approach was utilized in modeling a organic bulk heterojuction based solar cells with ITO/Graphene as electrodes. This work is being developed further and is being carried out in close collaboration with the experimental group of Prof. K.S.Narayan at JNCASR. One MS thesis has resulted from this work.
