Latest Research in Neutrino Physics Research

Top Research Topics in Neutrino Physics Research

• High Energy Physics - Phenomenology — 35 papers
• Neutrino Physics Research — 9 papers
• Advanced Mathematical Theories and Applications — 2 papers
• Quantum and Classical Electrodynamics — 1 papers
• Pulsars and Gravitational Waves Research — 1 papers
• Quantum many-body systems — 1 papers
• Particle physics theoretical and experimental studies — 1 papers
• Material Dynamics and Properties — 1 papers

Highest-Cited Papers

1. The RFW Orthoplex: A Sandbox Model for Discretized Fermion Masses and Charges
2. A Unified Golden-Ratio Formula for the Masses of Fundamental Fermions (6 citations)
3. The RFW Orthoplex: A Sandbox Model for Discretized Fermion Masses and Charges
4. A Unified Golden-Ratio Formula for the Masses of Fundamental Fermions (6 citations)
5. Conformal versus non-conformal two-Higgs-doublet model: phase transitions and gravitational waves
6. New massive resonances at the LHC
7. Impact of Antiparticle Degrees of Freedom on Neutrino Flavor Oscillations in Frames of Quantum Field Theory
8. Particle and gravitational wave probes of minimal seesaw neutrinos
9. Invariant Algebras of Low-Rank Neutrino Matter Flows: Krylov-Plücker Invariants, the $3+1$ Toric Ring, and Controlled Deformations
10. Minimal Modular Flavor Symmetry and Lepton Textures Near Fixed Points
11. Simple Modular $S_3$ Models for Lepton Masses and Mixing
12. Connecting Vector-like Muons, pNGB Dark Matter and Electroweak Phase Transition through Collider and Gravitational Wave
13. Dark matter in the scale-invariant 3-3-1-1 model
14. Effective flavor interaction for the charged-lepton mass hierarchy and the Koide relation
15. Connected sequential Bargmann invariants and $$\mathcal CP~$$-sensitive geometric correlation structures in neutral meson systems
16. Complex Scalar Dark Matter with a Vector-Like Quark and Lepton: Precision, Flavor, and HL-LHC
17. Cosmological collider signals of modular spontaneous CP breaking
18. Grand Consistency Theory: Spectral Flavor, Neutrino, and Mixing Predictions
19. Neutrino mass, scalar dark matter, and collider signatures in a radiative doublet-triplet model
20. Inelastic Signatures of Electroweak Dark Matter