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We present a microscope paradigm that performs differential interferenceimaging with high sensitivity via optical amplification and radio-frequency(RF) heterodyne detection. This method, termed differentially-enhanced sidebandimaging via radio-frequency encoding (DESIRE), uniquely exploitsfrequency-to-space mapping technique to encode the image of an object onto theRF sidebands of an illumination beam. As a proof-of-concept, we show validationexperiment by implementing radio frequency (f = 15 GHz) phase modulation inconjunction with spectrally-encoded laser scanning technique to acquireone-dimensional image of a barcode-like object using a commercial RF spectrumanalyzer.

Differentially-Enhanced Sideband Imaging via Radio-frequency Encoding