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The COMBCHIP project focuses on developing a compact and energy-efficient optical frequency comb generator using advanced materials. This technology aims to enable applications in precision spectroscopy and atomic clocks while reducing the size and power requirements of existing systems.
Generating new colors (frequency components) of light through nonlinear optical phenomena is one of the key drivers of modern optical technology.
The spectrally diverse coherent light, widely known as an optical frequency comb, can be produced through a nonlinear process.
The optical frequency comb enables energy-efficient optical communication, precision spectroscopy, and optical atomic clock.
However, the frequency comb sources currently rely on bulky and power-hungry laser systems hampering t…
TECHNICAL UNIVERSITY OF DENMARK DTU
DANMARKS TEKNISKE UNIVERSITET
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