Researchers experimentally demonstrated pulsed terahertz electromagnetic radiation reaching energies up to 5.5 picojoules through ultrafast optical discharge within an accelerated ...
A new theoretical framework combining density matrix transport simulations with Maxwell–Bloch equations explains how optical feedback alters terahertz laser mode ...
A 2025 review in Frontiers of Optoelectronics details how terahertz radiation influences cell membranes, DNA, and cancer diagnostics through non-thermal ...
Numerical simulations indicate that N-polar AlGaN/GaN HEMTs can generate milliwatts of terahertz power, significantly exceeding the output of current Ga-polar ...
A University of Maryland-led collaboration has won a $7.5 million Department of Defense award to investigate how structuring intense femtosecond ...
High-school student Farell Keiser becomes first author on a Physical Review B paper about transient terahertz properties of zinc telluride.
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