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Ultralight scalars as cosmological dark matter
Lam Hui
, Jeremiah P. Ostriker
, Scott Tremaine
,
Edward Witten
Physics
Research output
:
Contribution to journal
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Article
›
peer-review
1586
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Scopus citations
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Keyphrases
Scalar
100%
Dark Matter
100%
Ultralight
100%
Fuzzy Dark Matter
100%
Cold Dark Matter
50%
Halo
50%
Subhalos
25%
Reionization
16%
Globular Clusters
16%
Galaxy Formation
16%
Relaxation Process
8%
Milky Way
8%
Negligible Effects
8%
Mid-plane
8%
Galaxies
8%
Particle Mass
8%
Rotation Curves
8%
Bosons
8%
Particle Physics
8%
Star Formation
8%
Two-body
8%
Tunneling
8%
High-redshift
8%
Disk Galaxies
8%
Energy Density
8%
Planck
8%
Bulge
8%
Schrdinger
8%
Minimum Energy
8%
Supernovae
8%
Long Ago
8%
Cosmological Models
8%
Solar Neighborhood
8%
Cold Dark Matter Model
8%
Dwarf Galaxies
8%
Inner Part
8%
Poisson Equation
8%
Current Observations
8%
Formation History
8%
Large-scale Structure of Universe
8%
Black Hole Feedback
8%
N-body Systems
8%
Stellar Disks
8%
Fornax
8%
Energy Solutions
8%
Critical Mass
8%
De Broglie Wavelength
8%
Solar Radius
8%
Mass-energy Balance
8%
Solitonic
8%
Physics
Dark Matter
100%
Cold Dark Matter
41%
Solitary Wave
17%
Reionization
11%
Galactic Evolution
11%
Globular Cluster
11%
Milky Way
5%
Physics
5%
Dark Matter Model
5%
Galaxy Rotation Curves
5%
Particle Mass
5%
Particle Physics
5%
Star Formation
5%
Disk Galaxy
5%
Flux Density
5%
Supernovae
5%
Cosmological Models
5%
Lyman Alpha Forest
5%
Solar Neighborhood
5%
Stellar Disks
5%
Poisson Equation
5%
Tidal Radius
5%
Large-Scale Structure of the Universe
5%
Critical Mass
5%
De Broglie Wavelengths
5%
High-Redshift Galaxies
5%
Black Hole
5%
Dwarf Galaxy
5%