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The impact of new d(p,γ)3 rates on Big Bang Nucleosynthesis
Tsung Han Yeh
, Keith A. Olive
,
Brian D. Fields
Astronomy
Physics
Research output
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peer-review
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Keyphrases
Absorption System
9%
Anisotropy
9%
Background Measurements
9%
Background Prediction
9%
Baryon Density
18%
Big Bang nucleosynthesis
100%
Cosmic Microwave Background
54%
Cross-section Data
9%
Data-driven Approach
9%
Degrees of Freedom
9%
Deuterium
27%
Effective number
9%
Error Budget
9%
Full Likelihood
9%
Likelihood Analysis
9%
Model-independent
9%
Neutrinos
9%
New Reactions
9%
Nuclear Reactions
9%
Planck
18%
Primordial Abundances
9%
Quasars
9%
Reaction Data
9%
Reaction Rate
9%
Standard Model of Particle Physics
9%
Physics
Anisotropy
9%
Baryon Density
18%
Big Bang Nucleosynthesis
100%
Cosmic Microwave Background
54%
Degree of Freedom
9%
Deuterium
27%
Nuclear Reaction
9%
Particle Physics
9%
Quasar
9%
Standard Model
9%