lecture

The aim of this lecture is to provide an introduction to computational methods used to model quantum mechanics problems.

The aim of this lecture is to provide the tools to tackle advanced and “real-life” problems in quantum theory and quantum technologies and to set the basis for advanced lectures including quantum information theory, quantum optics, condensed matter theory, atomics and molecular physics, and quantum field theory.

The aim of this lecture is to provide an introduction to computational methods used to model quantum mechanics problems.

This lecture gives an introduction to quantum computing, sensing, and communication, with a focus on basic mathematical and physical concepts underpinning these emerging quantum technologies.

This lecture gives an introduction to quantum information theory and theory of open quantum systems and is accompanied by exercises and bi-weekly tutorials.

This lecture gives an introduction to quantum computing, sensing, and communication, with a focus on basic mathematical and physical concepts underpinning these emerging quantum technologies.

This lecture gives an introduction to topics related to quantum computing and quantum information theory.

Lecture series given at the Graduate Days of the HGSFP in the summer term 2019

The aim of this lecture is to provide an introduction to computational methods used to model quantum mechanics problems.