Laser method achieves 3,000-Kelvin thin-film synthesis for quantum materials
Researchers have developed an innovative laser method capable of synthesizing thin films at extremely high temperatures, reaching 3,000 Kelvin, surpassing traditional techniques.
This revolutionary approach opens new possibilities for creating quantum materials with structural and electronic properties inaccessible by conventional methods.
The thin films produced could lead to advances in superconductors, quantum devices, and high-sensitivity sensors.