Lithium Tantalate Powers Next-Gen Optical Circuits
Lithium tantalate photonic integrated circuits. Credit: Tobias Kippenberg (EPFL)New photonic integrated circuit technology based on lithium tantalate improves cost-efficiency and ...
Read moreLithium tantalate photonic integrated circuits. Credit: Tobias Kippenberg (EPFL)New photonic integrated circuit technology based on lithium tantalate improves cost-efficiency and ...
Read moreNew research on thin gold films has uncovered novel photoluminescence behaviors, advancing our understanding of nanoscale chemical reactions and temperature ...
Read moreThe polyamide is tough and flexible allowing it to be twisted and plied without breaking. Credit: Lorenz Manker/EPFLIn today’s fast-paced ...
Read moreResearchers have leveraged the hydrovoltaic effect, using nanoscale devices to convert evaporation energy into electricity, advancing our understanding of how ...
Read moreScientists from EPFL and Charles University find that microbial life thrives in mountain streams as glaciers shrink, based on global ...
Read moreResearchers at EPFL, led by Didier Trono, have developed a novel method to detect previously undetectable transposable elements (TEs) in ...
Read moreGraphical abstract of cyclic oral peptides. Credit: Christian Heinis/EPFLA groundbreaking study at EPFL has led to the development of orally ...
Read moreA novel discovery in nanofluidics enables researchers to track individual molecules in confined spaces using the fluorescent properties of boron ...
Read moreScientists have created a compact femtosecond laser from glass, revolutionizing the alignment process and promising advancements in quantum optics and ...
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