New Laser Imaging Technique Unlocks Nanoscale Heat and Charge Transport in Diamond
Researchers have developed a laser-based imaging technique that uses deep-ultraviolet light to study heat and charge transport in ultrawide-bandgap semiconductors, such as diamond. This breakthrough overcomes limitations of traditional visible-light imaging, enabling nanoscale resolution of transport behaviors in diamond. The technique could revolutionise the design o...
Researchers have developed a laser-based imaging technique that uses deep-ultraviolet light to study heat and charge transport in ultrawide-bandgap semiconductors, such as diamond. This breakthrough overcomes limitations of traditional visible-light imaging, enabling nanoscale resolution of transport behaviors in diamond. The technique could revolutionise the design o...