Latest Research in High Energy Physics - Phenomenology
95 research papers · 2026 median publication year
Top Research Topics in High Energy Physics - Phenomenology
- High Energy Physics - Phenomenology — 30 papers
- Cosmology and Gravitation Theories — 25 papers
- Cosmology and Nongalactic Astrophysics — 12 papers
- Pulsars and Gravitational Waves Research — 3 papers
- Nuclear Theory — 3 papers
- Dark Matter and Cosmic Phenomena — 3 papers
- High Energy Physics - Theory — 3 papers
- Stellar, planetary, and galactic studies — 2 papers
- Galaxies: Formation, Evolution, Phenomena — 2 papers
- General Relativity and Quantum Cosmology — 2 papers
Highest-Cited Papers
- Resolution of CMB Low-Multipole Anomalies and the Geometric Origin of Dark Matter Abundance Ratio (E_DM/E_Vis ≈ 5.42) in Prime-Prime Lattice Space
- Resolution of CMB Low-Multipole Anomalies and the Geometric Origin of Dark Matter Abundance Ratio (E_DM/E_Vis ≈ 5.42) in Prime-Prime Lattice Space
- Pseudoscalar Yukawa coupling induced helical asymmetry in fermionic preheating
- Effects of the symmetry energy slope on the exotic content of the neutron stars
- PUH Theorem 363 (Elimination) — Nine Routes to the Flat Rotation Curve Closed, Modified Inertia Identified as the Survivor, and Its Exponent Solved by a Force-Per-Cell Threshold
- PUH Theorem 363 (Elimination) — Nine Routes to the Flat Rotation Curve Closed, Modified Inertia Identified as the Survivor, and Its Exponent Solved by a Force-Per-Cell Threshold
- Lattice simulations of scalar-induced gravitational waves from inflation
- BBN bounds on neutrinophilic ultralight Dark Matter
- Collective flavor conversion in dense neutrino plasmas
- Gravitational lensing of neutrinos through the lens of decoherence
- The Bradley Oscillation Field Theory: A Unified Scalar‑Tensor Framework for Gravity, Dark Matter, and Cosmic Structure
- Neutrino helicity oscillations in astrophysical environments: A many-body approach
- The Depletion Valve Hydrodynamic mechanics of stellar light and cosmic continuum within the Kenophobia framework
- Dark Radiation Sticks Together: Dark QCD and the Hubble Tension
- Foundation I: The Metric Universe - Extended Version
- Foundation I: The Metric Universe - Extended Version
- Stability and Structural Properties of Hot Quark Stars within Perturbative QCD
- Cosmological Limits on Strong Dark Forces
- The Clock Rate Is the Dark Matter Pressure: a Closed-Form Coefficient History for a Self-Critical MOND Sector, and a Prediction of Positive w_dm
- The Coldness Is Dynamical: How Cold a Self-Critical MOND Sector Ends Up, and Why Nothing Has To Be Tuned