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"Exploring Quantumness in a Noisy World"
"Exploring Quantumness in a Noisy World"
From time crystals and spin-selective transport to ultrafast photonics—my research probes how quantum systems thrive under dissipation, disorder, and drive.
From time crystals and spin-selective transport to ultrafast photonics—my research probes how quantum systems thrive under dissipation, disorder, and drive.
I develop theories and simulations to understand how quantum systems behave in realistic, noisy environments. My work spans time crystals, chirality-induced spin selectivity, and nonlinear optics in epsilon-near-zero materials.
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