Turning down the heat on semiconductor growth: Solution‐chemical syntheses and the solution‐liquid‐solid mechanism

Abstract

Semiconductor crystal growth at low temperatures and under mild reaction conditions would usher in a technological revolution. Following a brief discussion of the processes that occur during crystal growth, several growth techniques are described, including electrodeposition and surfactant‐interface growth. Particular attention is paid to solution–liquid–solid growth, a technique discovered by the authors that resembles a living polymerization and a phase transfer reaction, by which crystalline III—V materials are produced at the lowest known growth temperatures.