Precise control of the phase-transition temperature of VO2 from 70 to -35 {\deg}C for tunable optics

TL;DR

This paper reports a method to precisely control the phase-transition temperature of VO2 over a wide range, enabling tunable optical properties for advanced applications.

Contribution

It introduces a novel technique to tune VO2's phase-transition temperature from 70°C to -35°C, enhancing its utility in tunable optical devices.

Findings

Phase-transition temperature of VO2 can be precisely adjusted.

Tunable optical properties achieved across a wide temperature range.

Potential applications in adaptive optics and smart windows.

Abstract

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