Astronomers spot the same supernova three times — and predict a fourth sighting in 16 years The enormous gravitation of a cluster of galaxies warps space to the extent that light from distant galaxies is deflected and brought to us from multiple directions. This effect has enabled astronomers from the…
Emma Louise Bødker Espersen Title: Origin of Gas Metallicity Gradients in Observed and Simulated Galaxies Supervisors: Steen H. Hansen, Michaela M. Hirschmann, Maritza A. Lara-Lopez
Cecilie Hede Evolution of the Rate of SNe IIN with Redshift Supervisors: Jens Hjorth, Radoslaw Wotjak, & Christa Gall
Kasper Heintz is awarded 180 hours at the Very Large Telescope to study fast radio bursts In an exceptionally large program, postdoc and DAWN affiliate Kasper Heintz will now have the opportunity to study the host galaxies of the so-called "fast radio bursts".
Kasper Heintz is awarded 180 hours at the Very Large Telescope to study fast radio bursts In an exceptionally large program, postdoc and DAWN affiliate Kasper Heintz will now have the opportunity to study the host galaxies of the so-called "fast radio bursts".
Carlos Rodriguez Molinuevo Title: Transition from drift-wave to interchange turbulence in magnetically confined plasmas Supervisors: Troels Haugbølle, Anders Henry Nielsen
Danish Student solves how the Universe is reflected near black holes Space is so warped around black holes that even light rays curve around them. However, this has not been given mathematical expression before now, when Albert Sneppen, student at the Niels Bohr Institute, made the…
Martin Jan Sandberg Title: Procedures for Modeling Dust Evolution Supervisors: Troels Haugbølle, Aake Nordlund
Nanna Marie Baars Støvelbæk Title: Dust formation in type IIn supernova 2014ab Supervisor: Christa Gall
Kristina Sundgaard Jepsen Title: Fitting the extinction curves of GRB host galaxies using dust models Supervisor: Anja C. Andersen
Giulia Perotti Ice and Gas - Linking Infrared and Millimetric Observations towards young Solar-type Stars Academic Advisor: Assoc. Prof. Jes K. Jørgensen
Michael Haah Title: Porting DISPATCH MHD to GPU Using Directive-Based Programming Supervisors: Troels Haugbølle, Aake Nordlund
Thomas Georges Alphonse Ravinet Title: AutoMUSE: Autonomous MUSE Source Extractor; Automatic detection and extraction of MUSE spectra Supervisors: Lise Christensen, Adriano Agnello
André Endrup Hartwigsen Title: Searching for Narrowband excess Ly-alpha emitters at z > 8 in the COSMOS field Supervisors: Johan P. U. Fynbo, Bo Milvang-Jensen
Iason Michail Skretas Title: CO outflows from young stars in Cygnus-X: Exploring the connectionof protostellar and extragalacticoutflows Supervisors: Lars E. Kristensen
Mark Falkenstrøm Title: Dust Dynamics in Molecular Clouds Supervisors:Troels Haugbølle, Aake Nordlund
Nicolas Konrad Voigt Grunwald Title: Impact of the Greenland Telescope relocation on future Event Horizon Telescope observations Supervisors: Jes Kristian Jørgensen, Darach J. Watson
Victoria Quist Title: Spatially resolved molecular emission as a tracer of the physics and chemistry of young stars Supervisor: Jes Kristian Jørgensen
Marcus Horskær Bredtved Title: Analysis of type Ia supernovae from the Young Supernova Experiment Supervisors: Jens Hjorth, Radoslaw Jan Wojtak
ALMA Discovers Rotating Infant Galaxy with Help of Natural Cosmic Telescope Using the Atacama Large Millimeter/submillimeter Array, astronomers at the Cosmic Dawn Center at UCPH/DTU found a rotating baby galaxy 1/100th the size of the Milky Way at a time when the Universe was only 7% of its…
Danish participation in over a third of the new James Webb Space Telescope’s initial observations Cosmic Dawn Center – a collaboration between Technical University of Denmark and the Niels Bohr Institute, University of Copenhagen – will be at work from the very beginning. The primary focus will be on learning more…
Markus Thor Rasmussen Title: Linking Galactic and extragalactic star formation through high-J CO emission Supervisors: Lars E. Kristensen
New study shows doubt about the composition of 70 percent of our universe Researchers the world over have long believed that 70 percent of the universe is composed of dark energy, a substance that makes it possible for the universe to expand at an ever-increasing rate. But in a new study,…