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Profile
Daniel Stark
Astronomer, Steward Observatory | Member of the Graduate Faculty | Professor, Astronomy
Astronomy
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Research
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Collaboration
(8)
George Rieke
Mutual work: 1 Proposal
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Eiichi Egami
Mutual work: 1 Publication
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Benjamin Weiner
Mutual work: 2 Proposals
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Xiaohui Fan
Mutual work: 4 Proposals﹒1 Grant﹒2 Publications
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Dan Marrone
Mutual work: 3 Proposals
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Grants
(34)
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Publications
(191)
Recent
The ALMA REBELS survey: the dust content of z 7 Lyman break galaxies
2022
galaxy evolution,
high-redshift galaxies,
dust content,
alma survey,
lyman break galaxies
The COS Legacy Archive Spectroscopy SurveY CLASSY) Treasury Atlas
2022
spectroscopy,
survey,
archive,
atlas,
cosmology
The REBELS ALMA Survey: cosmic dust temperature evolution out to z 7
2022
cosmic dust,
galactic survey,
temperature evolution,
cosmic evolution,
dust temperature
The ALMA REBELS Survey: Efficient Ly$alpha$ Transmission of UV-Bright z$simeq$7 Galaxies from Large Velocity Offsets and Broad Line Widths
2022
galaxy evolution,
lyman-alpha emission,
high-redshift galaxies,
alma observations,
interstellar medium
The ALMA REBELS Survey: Dust Continuum Detections at z 6.5
2022
cosmology,
astronomy,
dust,
galaxies,
radio astronomy
The ALMA REBELS Survey: Specific Star-Formation Rates in the Reionization Era
2022
alma,
star formation,
reionization,
survey,
specific
Strong Lyman-ensuremath{alpha} emission in an overdense region at z 6.8: a very large R 3 physical Mpc) ionized bubble in COSMOS?
2022
cosmology,
galaxy formation,
high redshift universe,
lyman-alpha emission,
ionized bubble
Stellar populations and star formation histories of the most extreme OIII] emitters at z=1.3-3.7$
2022
stellar populations,
star formation,
o iii] emitters,
z=1.3-3.7,
extreme
Hubble Space Telescope Imaging of Isolated Local Volume Dwarfs GALFA Dw3 and Dw4
2022
space observation,
dwarf galaxies,
telescope imaging,
local volume,
galactic formation
Radio and Far-IR emission associated with a massive star-forming galaxy candidate at z≃6.8: A radio-loud AGN in the reionization era?
2022
galaxy formation,
high redshift astronomy,
radio astronomy,
infrared emission,
active galactic nuclei
