Heterojunctions in Cryogenic Conditions: Quantum and Operational Analysis

Various advances in condensed matter physics and computer engineering have rendered a fully comprehensive and intrinsic understanding of the behaviors of most common semiconductor heterojunctions, especially as it pertains to their respective electrodynamics on the quantum scale. Thus, the present study interpolates the material and operational understandings of semiconductor heterojunctions into cryogenic settings via observations previously published in journals and subsequent physical analysis of these findings. Subsequent theoretical and statistical analysis will then follow suit so as to render an exploratory image of future semiconductor technology. Comprehensive thermodynamic understanding of heterojunction behavior in extreme conditions could lead to interesting developments in semiconductor physics, condensed matter physics and potential application to quantum computing hardware.