In recent years, superconducting radio-frequency (SRF) cavities have been considered as
candidates for qubits in quantum computing, showing longer photon lifetimes and, therefore …

Gate tunable two-dimensional (2D) superconductors offer significant advantages in studying
superconducting phase transitions. Here, we address superconductivity in exfoliated 1T …

We investigate how a combination of a nonmagnetic impurity scattering rate γ and finite
subgap states parametrized by Dynes Γ affects various physical quantities relevant to …

We theoretically analyze the electronic transport properties of a monolayer
graphene/insulator/superconductor (⁠ GIS⁠) tunnel junction subject to a temperature …

The existing literature on the influence of impurities on superconductivity follows two
different approaches. In the first one, a simple BCS-like instantaneous electron-electron …

In this thesis, we have studied the evolution of superconductivity in amorphous Molybdenum
Germanium ($\textit {a} $-MoGe) thin films. The work can be broken down into two parts. In …

Gate tunable two-dimensional (2D) superconductors offer significant advantages when
studying superconducting phase transitions. Here, we address superconductivity in …

This thesis aims to explore a set of thermodynamic approaches to characterize phenomena
involving energy and information manipulations taking place in superconducting circuits at …

One theoretical route towards fault proof quantum computing is the realisation of Majorana
Zero Modes (MZMs) at the ends of InSb nanowires coupled to conventional s-wave …

Interfaces between specific complex oxides host two-dimensional electron systems (2DESs)
with strong electron-electron interactions. This combination yields a rich phenomenology …