Alexander Huck

Alexander Huck

Associate Professor

DTU PHYSICS
Department of Physics

Technical University of Denmark

Fysikvej

Building 307, room 250

2800 Kgs. Lyngby

Ph.
Fax +45 45 93 16 69
E-mail alexander.huck@fysik.dtu.dk
ORCID 0000-0002-2354-5922
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News from DTU

2020
2019
A small synthetic diamond, which is so sensitive to magnetic fields that it can potentially register activity in the brain. The imaging is done through a combination of microwave pulses and detection of fluorescent light emitted from the diamond. Photo: Joshua David Clement, DTU.
15 JUL

Researchers have created quantum sensor outside the laboratory

Researchers at DTU Physics have succeeded in building a small portable quantum technology measuring instrument which may be of great importance to the diagnosis of diseases of the heart and brain in the future.

Physics
2017
foto: Sepehr Ahmadi
12 OCT

Diamonds track cancer

Knowing whether a cancer therapy is 100 per cent effective, or merely 99.9 per cent, can be a matter of life and death. Quantum mechanical phenomena in diamonds are helping doctors to see the difference.

Physics
Photo: Sepehr Ahmadi
03 OCT

Diamonds track cancer

Knowing whether a cancer therapy is 100 per cent effective, or merely 99.9 per cent, can be a matter of life and death. Quantum mechanical phenomena in diamonds are helping doctors to see the difference.

Quantum theory and atomic physics Lasers Health and diseases
Photo: Jonas Neergaard-Nielsen and Sepehr Ahmadi. A diamond illuminated with green laser light flouresces red light.
29 AUG

Diamonds to shed light on signals in the brain

New quantum technological methods are to enable exploring what happens when a brain signal moves from A to B. This knowledge is essential to understanding the dynamics of the brain.

Physics Quantum theory and atomic physics Electrotechnology and automation
https://www.bigq.fysik.dtu.dk/publications/person?at=%7B559A7F23-40D3-470C-8825-436C20C291CF%7D.%7B3F2A7F37-83AF-4BD8-A085-0BC04DA3EA92%7D.%7B18E4440F-E64C-4CF1-BDD9-860D6747C02D%7D.%7B0DE95AE4-41AB-4D01-9EB0-67441B7C2450%7D.%7B11111111-1111-1111-1111-111111111111%7D.%7B67144364-6C37-4CCE-8BDD-0BB1CBDC1514%7D&fr=1&id=39887&tab=7
14 MAY 2024