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This presentation will focus on the development of a bright multi-octave spanning, phase-stable frontend, accompanied by a cutting-edge near-petahertz detection methodology. These tools have been designed explicitly for field-resolved detection of ultra-short pulses under ambient air conditions. By employing a frequency up-conversion process, the detection bandwidth limitation associated with Silicon-based detectors is circumvented. As a result, the system allows for broadband spectroscopic detection at overtone and combination band regions.
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Hanieh Fattahi (2024) studied this question.
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