Born: May 29th 1997
Danish: native, English: fluent
The thesis explored Quantum Repeater protocols under the
assumption of an idealized photon source. It explored simpler as
well as more advanced protocols using atomic ensembles for
quantum memories. Furthermore it looked into how well the
protocols performed when taking into account imperfections such as
photon loss, detector efficiency and dark counts.
Final grade: 10
I worked on a project to identify materials in images using a
convolutional neural network. The project gave me experience in
pre-processing the images, creating and optimizing the neural
network as well as illustrating, presenting and analyzing the results.
I was a teachers assistant, or instructor, in the course Statistical
Physics. This involved helping the students solve weekly problems
and understanding the material. Since this was during the
pandemic, all teaching was done online over zoom.
Worked at the company “Din tutor” as a tutor. I taught
mathematics from 9th grade in the danish “folkeskole” to 3rd year
of the danish “gymnasie” on A-level.
Niels Bohr Institute, University of Copenhagen.
Masters project: Theoretical optimizations of quantum repeaters based on atomic ensembles
Link to course description here.
Niels Bohr Institute, University of Copenhagen
Bachelors project: Quantum phenomena in information processing tasks
Himmelev Gymnasium,
Math and physics at A-level
Grade point average: 10,9 (danish grading system)