Latest Research in Cosmology and Gravitation Theories

Top Research Topics in Cosmology and Gravitation Theories

• Cosmology and Nongalactic Astrophysics — 23 papers
• Cosmology and Gravitation Theories — 19 papers
• General Relativity and Quantum Cosmology — 10 papers
• Pulsars and Gravitational Waves Research — 7 papers
• Galaxies: Formation, Evolution, Phenomena — 5 papers
• High Energy Astrophysical Phenomena — 3 papers
• High Energy Physics - Phenomenology — 3 papers
• Astrophysics of Galaxies — 2 papers
• Dark Matter and Cosmic Phenomena — 2 papers
• Gamma-ray bursts and supernovae — 2 papers

Highest-Cited Papers

1. A Deep Inquiry into Galactic SpiralArm Curling Evolution
2. Tilted thin accretion disks in the full Kerr spacetime and their implications
3. Horizon-redshift transfer in black-hole direct-wave damping
4. Accelerating expansion and isotropic sky-hemisphere consistency in Pantheon+ supernovae: a revised analysis in the dark energy debate
5. Global Hilbert Space Boundary Screening Theory (GHS-BST) VIII: Galaxy Rotation Curve Fitting — Empirical Tests with Real SPARC Data
6. Global Hilbert Space Boundary Screening Theory (GHS-BST) VIII: Galaxy Rotation Curve Fitting — Empirical Tests with Real SPARC Data
7. A Scale Dependent Structural Constant in CMB Data Predicts the Hubble Tension Through a Ripple Modification to GR Expansion
8. A Scale Dependent Structural Constant in CMB Data Predicts the Hubble Tension Through a Ripple Modification to GR Expansion
9. The Radial Acceleration Relation in Galaxies and Clusters from a Two-Component, Virial-Motivated Framework
10. Testing General Relativity with Individual Supermassive Black Hole Binaries
11. Spin-1 Ultralight Dark Matter under Cosmological Scrutiny: Mass Constraints from CMB and Distance Probes
12. Why Parsimony Matters: UAT/UCP, the 7% Parameter, and Bayesian Evidence Against ΛCDM with Cosmic Chronometers
13. Why Parsimony Matters: UAT/UCP, the 7% Parameter, and Bayesian Evidence Against ΛCDM with Cosmic Chronometers
14. Λ Constant, a₀ Evolving: High-Redshift Galaxy Masses
15. Why Parsimony Matters: UAT/UCP, the 7% Parameter, and Bayesian Evidence Against ΛCDM with Cosmic Chronometers
16. Why Parsimony Matters: UAT/UCP, the 7% Parameter, and Bayesian Evidence Against ΛCDM with Cosmic Chronometers
17. Why Parsimony Matters: UAT/UCP, the 7% Parameter, and Bayesian Evidence Against ΛCDM with Cosmic Chronometers
18. Why Parsimony Matters: UAT/UCP, the 7% Parameter, and Bayesian Evidence Against ΛCDM with Cosmic Chronometers
19. Λ Constant, a₀ Evolving: High-Redshift Galaxy Masses
20. Cosmological signals of dark matter semi-annihilation