Superconductor-semiconductor hybrid devices can bridge the gap between solid-state-
based and photonics-based quantum systems, enabling new hybrid computing schemes …

Devices combining superconductors with semiconductors offer a wide range of applications,
particularly in the growing field of quantum information processing. This is due to their ability …

We demonstrate enhanced Andreev reflection in a Nb/InGaAs/InP-based superconductor-
semiconductor hybrid device resulting in increased Cooper-pair injection efficiency …

Hyperentangled Bell states analysis (HBSA) is an essential building block for certain hyper-
parallel quantum information processing. We propose a complete and deterministic HBSA …

We observe Andreev reflection in a YBCO–GaN junction through differential conductance
spectroscopy. A strong characteristic zero-bias peak was observed and persisted up to the …

We experimentally demonstrate Cooper-pair injection into a superconducting light-emitting
diode by observing Andreev reflection at the superconductor–semiconductor interface …

We propose a compact and highly efficient scheme for solid-state photonic quantum gates.
At the core of our scheme is a SWAP ϕ gate based on giant Cooper-pair-based optical …

We theoretically explore the generation of entangled two-photon pairs through Cooper pair
recombination within a noncentrosymmetric [001]-quantum well superconductor …

We develop a theoretical approach for modeling a wide range of semiconductor-
superconductor structures with arbitrary potential barriers and a spatially dependent …

We have studied the effects of optical-frequency light on proximitized InAs/Al Josephson
junctions based on highly n-doped InAs nanowires at varying incident photon flux and at …