A STUDY OF THE SPIN-DICKE EFFECT WITHIN INORGANIC SEMICONDUCTOR DEVICES

Donaher, Nathaniel

A STUDY OF THE SPIN-DICKE EFFECT WITHIN INORGANIC SEMICONDUCTOR DEVICES

Open Access

Author:

Donaher, Nathaniel

Area of Honors:

Engineering Science

Degree:

Bachelor of Science

Document Type:

Thesis

Thesis Supervisors:

Dr. Patrick M Lenahan, Thesis Supervisor
Dr. Gary L Gray, Honors Advisor

Keywords:

Magnetic Resonance
Semiconductor
Electron Spin
Magnetoresistance
Spin-Dicke
Inorganic Semiconductor Devices
EDMR

Abstract:

The Spin-Dicke effect is a phenomenon already observed in electrically detected magnetic resonance (EDMR) of organic devices. The EDMR effect involves changing electron spin-states to control a recombination current. In the Spin-Dicke phenomenon, the oscillating field, B1, which causes resonance and changing spin-states, is approximately equal to the quasi-static magnetic field, B0. In these experiments, the EDMR effect under the Spin-Dicke regime was observed in inorganic semiconductor devices (SiC p-n junctions) via spin-dependent recombination.