Below you can browse the research projects of former PhDs and Postdocs.
Post doc Saket Patel: Investigating brain metabolism with hyperpolarized magnetic resonance
Post doc Sotirios Katsikis: Fluidics for Hyperpolarized Metabolic Magnetic Resonance
PhD student Anne Frahm: Metabolomics using dissolution Dynamic Nuclear Polarization Nuclear Magnetic Resonance
Postdoc Arthur César Pinon: Transportable Hyperpolarized Metabolites for Magnetic Resonance Imaging via Photo Induced Dynamic Nuclear Polarization
PhD student Rie Beck Hansen: Hyperpolarized Parallel Magnetic Resonance Imaging (Completed July 2019)
PhD student Tine Kliim Nydahl: Metabolic Responses to Bacterial Pathogens (Terminated July 2019)
Postdoc Andrea Capozzi: Making nuclear polarization storage possible: new photo-induced non-persistent radical species for dissolution DNP (Completed June 2019)
PhD student Mohammed Albannay: Triple resonant electromagnetic structures for polarization transfer in DNP (Completed July 2019)
PhD student Daniel Højrup Johansen: Cryogenic Single and Array Coils for Magnetic Resonance Systems (Completed March 2019)
PhD student Ronja Malinowski: dDNP as a method to assess altered cellular metabolism in vitro (Completed December 2018)
PhD student Rafael Baron: Cryogenic Receiver Array Coils for Hyperpolarized Magnetic Resonance (Terminated December 2018)
Postdoc Juan Diego Sánchez: Highly efficient cryogenic resonators (Completed November 2018)
Postdoc Joachim Møllesøe Vinther: Dissolution-DNP-related MR-techniques (Completed October 2018)
PhD student Christian Kjeldsen: Elucidation of carbohydrate converting enzyme mechanisms using DNP-NMR (Completed February 2018)
PhD student Abubakr Eldirdiri: Early detection of response to treatment in cancer by Hyperpolarized Metabolic MR (Completed June 2017)
Postdoc Oleksandr Rybalko: Millimeter and submillimeter Waves in Nuclear Magnetic Resonance Signal Enhancement (Completed January 2017)
PhD student Kasper Lipsø: Novel MR contrast agent for angiography and perfusion: Hyperpolarized Water (Completed December 2016)
PhD student Mads Andersen: Prospective motion correction for MRI using EEG-equipment (Completed March 2016)