Passionate about experimental physics, optics, and quantum technologies. I design and build experimental setups combining theoretical knowledge, 3D printing, and programming.
Design and home-built realization of the double-slit experiment in the single-photon regime. Utilizing a heavily attenuated 520 nm laser (N < 0.02) and optical components (mounts and ~0.12 mm slits) entirely prototyped in PLA.
Comparative analysis of 5 quantum encoding strategies (Amplitude, Angle, Basis, IQP, Projected Quantum Kernel). Evaluating the interaction between encoding and the geometry of 6 datasets using advanced metrics (KTA and Geometric Coefficient).
Construction and calibration of a Mach-Zehnder interferometer using FDM optical mounts. Fringe intensity acquisition via OPT101 photodiodes and a Siglent SDS824XHD oscilloscope, with thermally induced phase shift via a Kapton heater.