In recent years, there has been a proliferation of models for spin-dependent electronic
processes in organic semiconductors. Researchers aiming to utilize these processes for …

The nickel phthalocyanine (NiPc) thin film has been explored for magneto-conductance and
optoelectrical properties. The surface morphology and the opto-electrical properties of thin …

The large effect of a small magnetic field on the current, magnetoconductance (MC), in
organic semiconductors—so-called organic magnetoresistance—has puzzled the field of …

Large negative magnetoconductance (MC) of∼ 12% is observed in electrochemically
doped polymer light-emitting diodes at sub-band-gap bias voltages (V bias) …

Polaron traps are ubiquitous in organic semiconductors and recent evidence suggests they
might be crucial for the large observed magnetic field effects (MFEs) in organic …

Recently, it was discovered that the current through an organic semiconductor, sandwiched
between two non-magnetic electrodes, can be changed significantly (up to 25%) by applying …

In recent years, it was discovered that the current through an organic semiconductor,
sandwiched between two non-magnetic electrodes, can be changed significantly by …

Organic spintronics is a research area working at the intersection of spintronics and organic
electronics. The main objective of organic spintronics is the best possible combination of …

In this chapter, we discuss the essence of hyperfine-field induced magnetic field effects in
organic semiconductors originating from spin-dependent reactions between electron and …

Organic semiconductors have found a use in a wide range of applications in just a few
decades. Not only are they used for organic solar cells and OLED screens, but they are also …