CORDIS Project
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This project enhances optical sensing on microchips, achieving ultra-high sensitivity through advanced laser technologies. It enables unprecedented applications like optical trapping and detection of biological objects, trace-gas detection, and Raman spectrometry on a microchip.
This project aims at pushing the limits of optical sensing on a microchip by orders of magnitude, thereby allowing for ultra-high sensitivity in optical detection and enabling first-time-ever demonstrations of several optical sensing principles on a microchip.
My idea is based upon our distributed-feedback lasers in rare-earth-ion-doped aluminum oxide waveguides on a silicon chip with ultra-narrow linewidths of 1 kHz, corresponding to Q-factors exceeding 10^11, intra-cavity laser intensities of…
KUNGLIGA TEKNISKA HOEGSKOLAN
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