An international team led by Monash University used a controlled heating process—lower peak temperatures and slower heating rates—to produce a high-strength "superalloy" by allowing different metal atoms to self-assemble into a highly ordered, interconnected internal structure rather than fully melting the metals. The work is published in Science.

2026-06-22

An international team led by Monash University used a controlled heating process—lower peak temperatures and slower heating rates—to produce a high-strength "superalloy" by allowing different metal atoms to self-assemble into a highly ordered, interconnected internal structure rather than fully melting the metals. The work is published in Science.