Copenhagen, Capital Region of Denmark, Denmark
I am an Associate Professor at the Niels Bohr Institute at the University of Copenhagen working in the field of experimental quantum information physics & superconducting quantum computing. Prior this, I was postdoctoral researcher at the Research Laboratory for Electronics at Massachusetts Institute of Technology in Cambridge, US. I am interested in the interplay between quantum physics and computer science and have worked in both theoretical and experimental aspects of building, calibrating and operating quantum computers. I have extensive experience teaching (at MIT and University of Copenhagen) and I enjoy public outreach of ideas related to quantum physics, theory of computing and algorithms. My full publication list can be found on Google Scholar: https://scholar.google.com/citations?user=oVChRBkAAAAJ&hl=en
I am a tenured Associate Professor at the Niels Bohr Institute and I'm the principal investigator of the Superconducting Quantum Information & Devices Lab (SQUID Lab). My groups research is focused on the interplay between quantum information physics, superconducting quantum devices and experimental quantum computing.
As an Assistant Professor at the Niels Bohr Institute I was leading the Superconducting Quantum Information & Devices Lab.
My work at MIT has focused on developing and implementing calibration, verification and validation techniques for high-fidelity quantum operations using superconducting qubits as well as hardware-efficient approaches to small quantum algorithms.
During this one-year postdoc I worked on low-temperature condensed matter experiments on realizing Majorana zero modes at the interface between two-dimensional semiconducting electron gas and a superconductor, as well as novel applications of hybrid semiconductor/superconductor materials in quantum computing.
Visiting research fellow in the lab of Prof. Charles Marcus, where I developed theoretical and computer simulation models for improved readout in electron spin-based qubits.