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The fascinating domain of phase transitions has been around for over half a century. It has found interest in applications spanning multiple areas, one such being computation systems. This book features a material of great intrigue, namely vanadium oxide. This system undergoes two phase transitions - one electronic and another structural, which many groups of researchers have attempted to understand but the jury is still out on the exact physics of the transitions. This book shines light on some of the important problems surrounding this material.

Produktbeschreibung
The fascinating domain of phase transitions has been around for over half a century. It has found interest in applications spanning multiple areas, one such being computation systems. This book features a material of great intrigue, namely vanadium oxide. This system undergoes two phase transitions - one electronic and another structural, which many groups of researchers have attempted to understand but the jury is still out on the exact physics of the transitions. This book shines light on some of the important problems surrounding this material.
Autorenporträt
Dr. Suhas Kumar, Stanford University, conducts multi-disciplinary research on building better computing systems. His research spans different aspects of computing such as non-volatile storage, logic, batteries, packaging, biological sensing and actuation, etc., and stretches across electronics, nanotechnology, physics, materials and chemistry.