Magnetooptical bistability of a layered semiconductor in the region of exciton absorption
Optics and Spectroscopy, 2008•Springer
The effect of weak external magnetic fields on the conditions for implementing optical
bistability in the region of exciton absorption of layered semiconductors has been
theoretically investigated. By the example of the 2 H polytype of lead diiodide, it is shown
that, changing the strength of an external magnetic field, one can form conditions for
implementing bistability and effectively control the position and sizes of the hysteresis loop
of exciton absorption.
bistability in the region of exciton absorption of layered semiconductors has been
theoretically investigated. By the example of the 2 H polytype of lead diiodide, it is shown
that, changing the strength of an external magnetic field, one can form conditions for
implementing bistability and effectively control the position and sizes of the hysteresis loop
of exciton absorption.
Abstract
The effect of weak external magnetic fields on the conditions for implementing optical bistability in the region of exciton absorption of layered semiconductors has been theoretically investigated. By the example of the 2H polytype of lead diiodide, it is shown that, changing the strength of an external magnetic field, one can form conditions for implementing bistability and effectively control the position and sizes of the hysteresis loop of exciton absorption.
Springer
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