Mogens Kilstrup

Mogens Kilstrup

Associate Professor

DTU BIOENGINEERING
Department of Biotechnology and Biomedicine

Technical University of Denmark

Søltofts Plads

Building 221, room 204

2800 Kgs. Lyngby

Ph.
Mobile
Fax +45 45 88 26 60
E-mail mki@bio.dtu.dk
ORCID 0000-0002-3900-723X

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News from DTU

2023
Analyzing which sources the energy in the grid should come from is complex - especially as a larger part comes from wind and sun which has a more unpredictable output. To Energinet, a quantum computer would be able to handle complicated calculations that a classic computer can't do. Photo: Energinet/Maria Tuxen Hedegaard
23 JUN

Danish companies are staying quantum ready

Although it may take decades before the quantum computer becomes widespread, it is important for many companies and organizations to stay on top of things already now. The consequences of lagging behind can be catastrophic.

Kickoff of QCI.DK with visit in DTU's laboratory for quantum technology. From left: Professor Ulrik Lund Andersen, DTUPhysics, Morten Bødskov, Minister for Industry, Business and Financial Affairs and Head of Department Jane Hvolbæk Nielsen, DTU Physics
28 MAR

Quantum-proof network to be established between Danish ministries

A number of government ministries and universities are establishing a quantum-encrypted communication network to prepare Danish society for the quantum-proof communication of the future. DTU is the project coordinator.

2022
Tobias Gehring. Photografer Joachim Rode.
23 FEB

First quantum-safe data transfer in the Nordic region

Researchers secure an important win in the race against cybercriminals by using quantum communication to securely transfer data at Danske Bank.

Physics Quantum theory and atomic physics
2021
CryptQ at Infosecurity 2021
29 SEP

CryptQ at Infosecurity Denmark 2021

On September 29, CryptQ participated in the Infosecurity Denmark 2021 fair in Copenhagen.

Quantum theory and atomic physics Lasers Optics Systems and data security
Picture of experiment
17 SEP

Modulation leakage vulnerability in continuous-variable quantum key distribution

Exciting new paper out from the Crypto Lab!  

Continuous-variable quantum key distribution (QKD) utilizes an ensemble of coherent states of light to distribute secret encryption keys between two parties in the presence of an eavesdropper (Left). The effect of reconciliation efficiency on the asymptotic secure key rate between distant parties. We proposed some MET-LDPC codes with low FER and high efficiency $\beta$ to obtain a maximum possible secure key rate (Right)
29 JUN

Multiedge-type low-density parity-check codes for continuous-variable quantum key distribution

Error correction is one of the most important and difficult tasks when generating secret keys with the quantum key distribution. In collaboration with researchers from the Austrian Institute of Technology, we developed new codes which will allow us to achieve higher key rates and longer distances.

CphFintech-banner
06 APR

CryptQ at Copenhagen FinTech

FinTech Tuesday - Quantum Applications for the Future

Quantum theory and atomic physics Lasers Optics Systems and data security
Peeking into the quantum random number generator developed at DTU physics reveals a lot of seemingly ordinary optics and electronics. But together, the components form s high-speed and ultra-secure source of true randomness, enabled by quantum physics.
02 FEB

High-speed quantum random number generator secure against quantum attacks

At first glance, random numbers may seem trivial to produce and utterly useless. Not an easy sell. Isn’t it just a matter of flipping a coin? Not quite!

Quantum theory and atomic physics Information technology
Peeking into the quantum random number generator developed at DTU Physics reveals a lot of seemingly ordinary optics and electronics. But together, the components form a high-speed and ultra-secure source of true randomness, enabled by quantum physics.
28 JAN

High-speed quantum random number generator secure against quantum attacks

At first glance, random numbers may seem trivial to produce and utterly useless. Not an easy sell. Isn’t it just a matter of flipping a coin? Not quite!

Physics Quantum theory and atomic physics Information technology
https://studieinformation.dtu.dk/english/service/phonebook/person?id=1267&cpid=&tab=7
28 APRIL 2024