“Recent Advances in Bridgman Growth Techniques: A Comprehensive Review of Crystal Growth and Material Applications”

The Bridgman growth technique remains a foundational method for producing high-quality single crystals, with recent innovations significantly enhancing its effectiveness. This review identifies a key gap in the current literature a fragmented understanding of how such advancements impact material performance and applications. The paper aims to consolidate recent developments in the Bridgman method, focusing on improvements like advanced furnace designs, precise temperature control, and the use of seed crystals. It explores applications in semiconductors and optoelectronics, particularly within electronics, energy, and photonics. The review also highlights future opportunities and challenges, critically assessing the technique’s strengths and limitations in modern material science.