News about Astrophysics

Mette Baungaard

Title: High Spin Scattering Amplitudes Supervisors: Prof. Lars Buchhave & Dr. Hannah Diamond-Lowe

Hao Zhang

Title: Spectral analysis of the CASSOWARY 31 lensing system Supervisor: Lise Bech Christensen

Isabella Henum

Title: Exploring the chemical enrichment of galaxies within 600 Myr after the Big Bang Supervisors: Victoria B. Strait, Kasper E. Heintz, Gabriel B. Brammer

Lise Klungsøyr Nøland

Title: The local interstellar environment of high-redshift star-forming galaxies probed with gamma-ray bursts Supervisor: Kasper Elm Heintz

Luka Vujeva

Title: Finding the most efficient survey design for discovering high-redshift galaxies with JWST Supervisor: Charles L. Steinhardt

Mads Nymann-Lynggaard and Cecilie Valet Henneberg

Title: Simulated Data and Exposure Time Calculator for the NOT Transient Explorer Supervisors: Johan P. U. Fynbo, Joonas Kari Markku Viuho

Rachel Alice Gledhill

Title: Mass and Magnification in Abell 370 Supervisors: Gabriel Brammer, Victoria Strait

Amit Singh

Title: High-energy neutrino emission from supernovae Supervisor: Irene Tamborra

Samuel John Pádraig Bensted

Title: Non-standard Neutrino Interactions in Compact Binary Merger Remnants Supervisor: Irene Tamborra

Jorge Expósito Patiño

Title: Numerical Relativity in Axisymmetry Supervisors:Thomas Baumgarte, Vitor Cardoso and Troels Haugbølle

Marco-Merusi

The Mastcam-Z Radiometric Calibration Targets on NASA's Perseverance Rover: Derived Irradiance Time-Series, Dust Deposition, and Performance Over the First 670 Sols on Mars Supervisors: Prof. Morten Bo Madsen and Dr.…

Gillian Keiko Lin Drake

Title: The Reality of Time Supervisor: Jens Hjorth

James Webb’s “too massive” galaxies may be even more massive

The first results from the James Webb Space Telescope have hinted at galaxies so early and so massive that they are in tension with our understanding of the formation of structure in the Universe.

Nearby galaxies help astronomers understand distant galaxies

In a newly published study researchers show how the amount of light that escapes from a galaxy is connected to its physical properties. The result has implication for how we interpret observations of galaxies in the…

First ever asteroid hit by spacecraft could save the Earth from impact

Humanity’s first attempt to re-direct asteroids that could collide with Earth, the NASA Double Asteroid Redirection Test satellite (DART), successfully impacted the 150 meter large moon Dimorphos orbiting the 760 m…

Katarzyna Magdalena Dutkowska

Tracing star formation at high redshift using the Milky Way as a template Academic Advisor: Assoc. Prof. Lars E. Kristensen Assessment Committee: Prof. Jes K. Jørgensen (chair), Assoc. Prof. Angela Adamo, Dr. Mario…

Anne Noer Kolborg

On the origin of metals - Understanding the role of mixing in galactic chemical evolution Supervisors: Prof. Enrico Ramirez-Ruiz and Prof. Steen Harle Hansen

The brightest explosion ever seen

A particularly bright Gamma-ray burst was recently detected by several space telescopes, and a team of scientists led by astronomers at the Cosmic Dawn Center measured the exact distance to the burst.

Kristoffer Kvist

Title: Transport Properties and Derived Effects of Neutrals in Turbulent Edge Plasma Supervisor: Troels Haugbølle

Intergalactic gas brings supermassive black holes at the heart of galaxies to life

Black holes become active and grow by consuming gas captured from other galaxies. This is the finding of a new study from University of Copenhagen researchers, and shows a clear connection between the evolution of…

Intergalactic gas brings supermassive black holes at the heart of galaxies to life

Black holes become active and grow by consuming gas captured from other galaxies. This is the finding of a new study from University of Copenhagen researchers, and shows a clear connection between the evolution of…

Sarah Pearson to join DARK

After spending 10 years abroad Sarah Pearson is returning to the Niels Bohr Institute.

Astrophysicists discover the perfect explosion in space

When neutron stars collide they produce an explosion that, contrary to what was believed until recently, is shaped like a perfect sphere. Although how this is possible is still a mystery, the discovery may provide a new…

Astrophysicists discover the perfect explosion in space

When neutron stars collide they produce an explosion that, contrary to what was believed until recently, is shaped like a perfect sphere. Although how this is possible is still a mystery, the discovery may provide a new…