Electronics Terahertz laser pulses stimulate atoms in semiconductor materials The implications of the study’s coherent phonon excitation results extend beyond fundamental research, holding promise for a variety of real-world applications, such as the development of electronic devices. Latest Content Researchers develop black arsenic visible infrared photodetectors Terahertz laser pulses stimulate atoms in semiconductor materials Illuminating ACRSA molecule research may improve OLED efficiency More content Case study: What makes a reference spectrometer? Terahertz spectroscopy probes electrical properties on the nanoscale Could your footsteps power electronic devices? Tin coatings show promise in biophotonics, energy and mobility Mojo Vision to integrate microLED displays in DigiLens AR systems Laser applications in the electronics industry Optics for smartphones: Slimmer, smarter and with better sensors MicroLEDs prepare to take flight Nanophotonics market 'to hit $200bn by 2033' Trumpf industrialising InP-based VCSEL production Laser lithography system could speed 3D nanofabrication Ultrafast lasers increase functionality of semiconductor chips Pagination Previous page ‹ Previous Page 2 Next page Next ›