Upcoming events
- 14 Jul 13:00: DAWN Journal Club
- 21 Jul 13:00: DAWN Journal Club
- 28 Jul 13:00: DAWN Journal Club
- 4 Aug 13:00: DAWN Journal Club
- 11 Aug 13:00: DAWN Journal Club
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Recent DAWN papers
Nikopoulos, Giorgos P. and Dayal, Pratika, Exploring the interplay between star formation efficiency and dust in regulating the UV luminosity of early systems in the JWST and ALMA era, Monthly Notices of the Royal Astronomical Society
Nikopoulos, G. P. et al., Evidence of violation of case B recombination in little red dots, Astronomy and Astrophysics
Ito, K. et al., Dynamical properties and star formation history of a low-mass quenched galaxy at cosmic noon, Astronomy and Astrophysics
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The Cosmic Dawn Center
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Staff & students
Some 50 scientists and students are affiliated with the Cosmic Dawn Center. Will you be our next colleague?
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Surveys
The Cosmic Dawn Center is involved in a number of observational surveys, dedicated to unraveling the mysteries of the early Universe.
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Outreach
We enjoy communicating our science to the public, through social media, popular science articles, public talks, interviews in various media, and just answering questions from interested readers.
Welcome to the Cosmic Dawn Center
The Cosmic Dawn Center (DAWN) is an international basic research center supported by the Danish National Research Foundation.
DAWN is located in Copenhagen at the Niels Bohr Institute, University of Copenhagen, and at the National Space Institute at the Technical University of Denmark (DTU Space).
The center is dedicated to uncovering how and when the first galaxies, stars and black holes formed, through observations with the prime telescopes of the next decade (ALMA, JWST, Euclid, E-ELT, HST) as well as through theory and simulations.
For visit DAWN's university-specific website, click below
News
James Webb finds surprisingly mature galaxies in early cosmic megastructure
Using the powerful James Webb Space Telescope, an international team of researchers led by a Danish astronomy student at the Cosmic Dawn Center in Copenhagen showed that some of the most massive galaxies in the early Universe were evolving more rapidly than expected. Studying a recently-discovered enormous galaxy cluster, the “Cosmic Vine”, the astronomers found that the huge structure hosts many additional galaxies, including several massive “dead” galaxies that have already stopped forming stars.
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Viola Gelli wins prize for best PhD thesis in astrophysics
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International collaboration honored with prestigious Into Change Award for uncovering the cosmic origin of heavy elements
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Galactic dust reveals hidden patterns in stunning new images from James Webb
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First light from student-built radio telescope
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Kasper Elm Heintz among Berlingske’s Top 100 Talents
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