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Abundant Water from Early Supernovae at Cosmic Dawn
Daniel J. Whalen, Muhammad A. Latif, Christopher Jessop
Primordial (or Pop III) supernovae were the first nucleosynthetic engines in the Universe, forging the heavy elements required for the later formation of planets and life. Water, i…
Planet Formation at Cosmic Dawn: Planetesimals in HO-Rich Disks Around Low-Mass Stars
Eduard I. Vorobyov, Daniel J. Whalen, Muhammad A. Latif +5
Primordial, or Pop III, supernovae (SNe) were the first, great nucleosynthetic engines in the Universe, forging the heavy elements required for the later formation of planets, and…
Radio Emission From a 10.1 Black Hole in UHZ1
Daniel J. Whalen, Muhammad A. Latif, Mar Mezcua
The recent discovery of a 4 10 M black hole (BH) in UHZ1 at 10.3, just 450 Myr after the big bang, suggests that the seeds of the first quasars may hav…
Radio Emission from the First Quasars at 6-15
Muhammad A. Latif, Daniel J. Whalen, Mar Mezcua
Nearly 300 quasars have now been found at 6, including nine at 7. They are thought to form from the collapse of supermassive primordial stars to 10 - 10 M$_{\od…
How Population III Supernovae Determined the Properties of the First Galaxies
Ke-Jung Chen, Ching-Yao Tang, Daniel J. Whalen +4
Massive Pop III stars can die as energetic supernovae that enrich the early universe with metals and determine the properties of the first galaxies. With masses of about Msu…
Turbulent Cold Flows Gave Birth to the First Quasars
Muhammad A. Latif, Daniel J. Whalen, Sadegh Khochfar +2
How quasars powered by supermassive black holes (SMBHs) formed less than a billion years after the Big Bang is still one of the outstanding problems in astrophysics 20 years after…