Focal Interest
Focal Interest

Cosmology and Gravitation Theories

External reference: https://openalex.org/T10095

  1. Review compares methods for simulating fuzzy dark matter
    Review of numerical simulation methods for fuzzy dark matter, examining wave-based and fluid-based algorithms for resolving ultralight boson dynamics on galactic scales.
  2. Self-gravitating bosonic configurations have a stability limit
    Numerical study of self-gravitating bosonic systems reveals critical thresholds for equilibrium and stability in the nonrelativistic regime, with applications to ultralight dark matter candidates.
  3. Q–Monopole–Ball soliton with unit magnetic charge exists
    Existence proof of Q-Monopole-Ball solitons with unit magnetic charge using shooting methods, extending classical monopole theory and providing non-gravitational binding mechanisms.
  4. Game theory in cosmology
    Game-theoretic framework recasts dark energy and dark matter as emergent from cosmic memory and nonequilibrium statistics, resolving tensions and predicting testable signatures.
  5. Review compares numerical tools for electroweak phase transition analysis
    Explore computational tools for analyzing electroweak phase transitions, including effective potential construction, nucleation rates, and thermodynamic parameters essential for gravitational wave.
  6. Separability of gravitational wave equations in rotating black hole geometries
    Analytical study of gravitational wave propagation in Myers-Perry higher-dimensional rotating black holes using separation of variables techniques to derive explicit solutions.
  7. Dark matter halo alters black hole optics and thermodynamics
    Exact black hole solution in cored Plummer dark matter halo showing modified photon dynamics, shadows, lensing, quasinormal modes, and novel phase transitions absent in Schwarzschild spacetime.