Quantum imaging and communication with intensity squeezed light

We generate quantum correlations between two bright beams of light using four-wave mixing, resulting in intensity squeezing. This intensity-squeezed light is applied to enhance sensing and imaging of electronic devices. Our current focus also includes the development of low-frequency squeezing for advanced sensing and communication technologies. In this presentation, I will share recent experimental results from our lab on the generation and application of intensity-squeezed light in these contexts.