Universe : Feature Papers 2023—Cosmology

doi:10.3390/books978-3-7258-2321-5

Download Url(s)

https://mdpi.com/books/pdfview/book/10047

Contributor(s)

Bamba, Kazuharu (editor)

Language

English

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Abstract

This Special Issue aims to set itself at the cutting edge of the most recent advances in the intertwined ties of cosmology with other fields at all relevant scales from mutually fertilizing theoretical, phenomenological, and experimental perspectives. Topics include, but are not limited to, the following: cosmological models; inflationary cosmology; big bang; bounce cosmology; cosmic string/string theory; quantum cosmology; observational cosmology; ΛCDM cosmology; dark matter and dark energy; axion cosmology; cosmic acceleration; cosmological constants; cosmological perturbation theory; cosmic microwave background (CMB); Hubble's law/constants; machine learning and cosmology; and the large-scale structure of the universe. It is our pleasure that this Special Issue on various recent topics in modern cosmology and related fundamental physics is useful for future studies.

URI

https://directory.doabooks.org/handle/20.500.12854/152853

Keywords

cosmological constant; cosmological models; accelerating universe; stellar ages; primordial black hole; scalar-induced gravitational waves; Bayesian parameter inference; pulsar-timing data analysis; modified gravity; loop quantum cosmology; bouncing cosmologies; fractional derivative; fractional quantum cosmology; K-essence formalism; cosmology; dark energy; general relativity; black holes; type Ia supernovae; elliptical space; wormholes; nonlocality; Schwartzschild metric; gravitational red shift; cosmological red shift; Friedmann metric; electromagnetic waves; redshift; amplitude change; dispersion; Klein–Gordon equation; tachyon inflation; cosmic microwave background; cosmological perturbations; observational cosmology; covariant averages of astrophysical variables; light cone gauge; quantum cosmology; isotropic Universe; quantum Big Bounce; polymer quantum mechanics; nonlocal gravity; cosmic acceleration; asymptotic dynamics; unified dark energy; Hubble tension; interacting dark energy; sign-switching dark energy; Lotka–Volterra equations; universes; birth; death; rebirth; permanently; inflation; Nash–Greene theorem; gravitational field; Hubble constant; history of physics; geodesic structure; Euler–Lagrange equation; K-essence geometry; Vaidya spacetime; parameter estimation; machine learning; genetic algorithms; Finsler geometry; modified theories of gravity; Raychaudhuri equation; geodesics deviation; Weak field; tangent bundle; f(R,T) gravity; dilatonic gravity; H0 tension; n/a