Welcome to the Blaauboer Group

In our group, we investigate quantum dynamical processes and transport of quantum information in nanoscale systems. We use analytical and numerical methods to study quantum phenomena in a variety of settings, such as quantum state routing in superconducting-qubit architectures and energy transfer in entangled spin systems.

Our research spans fundamental problems at a relatively high level of abstraction - such as scrambling of quantum information in interacting qubit systems - as well as more application-oriented theoretical problems, including how to optimally implement desired two-qubit gates using a limited set of available interactions.

A more detailed description of our recent research can be found here. A complete list of our publications is available here.

Group members discussing their research — **Research discussions**
Discussing quantum dynamics and quantum information.

Working on quantum theory at the blackboard — **At the blackboard**
Analytical and numerical approaches to quantum phenomena.

A collection of research papers — **Research papers**
Research from the Blaauboer Group.

Delft University of Technology Department of Quantum Nanoscience

We are part of the Kavli Institute of Nanoscience Delft at Delft University of Technology.

Funding: Delft University of Technology, The Kavli Foundation, and Nationaal Kennisinstituut Onderwijs.