Quantum Devices Conference (QDC–QCSA)
Participation focused on Josephson junctions, electromagnetic simulation, and quantum technology.
Publications
Conference contributions and ongoing thesis work. PDFs and preprints are added here as they become public — meanwhile, anything is available on request.
Participation focused on Josephson junctions, electromagnetic simulation, and quantum technology.
Poster on THz antenna design and simulation, covering the seven-parameter sawtooth antenna study (0.1–1.2 THz) from my MS thesis.
Full-wave HFSS simulation across a seven-parameter geometry space; graphene sheet impedance modeled via a Python Drude model; automated Python GDSII layout flow with KLayout verification; gold antennas on Si/SiO2 with graphene feed-point THz detection.
Tool mapping transmon–cavity geometry (pad dimensions, coupling capacitance) to single-shot readout fidelity bounds via dispersive shift χ extracted with LOM and pyEPR; pointer-state separation simulated under homodyne detection in QuTiP. Code on GitHub
QRNG circuits exploiting superposition and entanglement, executed on IBM Quantum processors; applied to image encryption and steganography with statistical randomness validation.
Anything listed above can be shared on request for academic purposes.