Mostrando ítems 41-50 de 92
Alcaraz Iranzo, David (Fecha de defensa: 2020-06-23)
Graphene is the first of the 2D-material family. It is formed by carbon atoms arranged in a honeycomb lattice, which confers it intriguing physical properties that are still being discovered nowadays. ...
Prakash, Vindhiya (Fecha de defensa: 2021-12-16)
This thesis describes experimental work to generate and characterise single photons and photon pairs, with frequency content suitable for controlled interaction with cold rubidium atoms. We describe a ...
Moreno Mencía, David (Fecha de defensa: 2021-11-22)
In the last decades, quantum materials have received much attention in the field of condensed matter physics due, in part, to their exotic properties. These are difficult to understand as they result ...
Gómez Kabelka, Pau (Fecha de defensa: 2021-09-28)
In this work we demonstrate the first realization of a comagnetormeter in the ultracold regime. In comparison to regular magnetometers, which are designed to maximize their magnetic field sensitivity, ...
Charalambous, Christos (Fecha de defensa: 2020-01-31)
Quantum Brownian motion is one of the most prominent examples of an open quantum system, a system which cannot be treated in isolation from its environment. The simplest method to study the dynamics of ...
Özdemir, Onur (Fecha de defensa: 2022-02-04)
In the infrared, photodetectors are the key components in a wide-variety of applications such as thermal imaging, remote sensing, spectroscopy with newer technologies added to the list such as LiDaR and ...
Martínez-Denegrí Sánchez, Guillermo (Fecha de defensa: 2021-09-29)
The environmental issues associated with the use of conventional fuels necessitates the utilisation of renewable energy sources, as well as the implementation of energy efficient designs, in order to ...
Frölian, Anika (Fecha de defensa: 2022-04-24)
Ultracold quantum gases constitute a powerful and versatile tool to experimentally explore quantum many-body physics. This thesis presents an original contribution to the quantum simulation of gauge ...
Almeida, Jessica Oliveira de (Fecha de defensa: 2022-07-28)
Quantum optics experiments are currently the most advanced techniques to under- stand, verify and simulate quantum phenomena. However, to access all the perfor- mance available in quantum states of ...
Padhye, Anuja Arun (Fecha de defensa: 2020-06-04)
The ability to manipulate frequency of light, through parametric frequency conversion sources based on X(2) nonlinear materials, offers an effective route to spectral regions unapproachable by conventional ...