Videmus nunc per speculum et in aenigmate1 Corinthians 13:12
Publications · 2018–2026
Google Scholar ↗11 papers
2026
Derives bounds on the magnitude and duration of negative energy in quantum field theory from the second law of thermodynamics using a small thermal detector.
International Journal of Theoretical Physics 65, 233 · arXiv:2608.11817
2025
Argues that the arrow of time arises from the global geometry and topology of the universe, making time’s direction fundamentally cosmological.
Preprint · arXiv:2508.01803
2025
Links the practical impossibility of efficient graviton detection to cosmic censorship, which hides strongly absorbing regions behind event horizons.
Foundations of Physics 55, 58 · arXiv:2409.05533
2024
Tests whether graviton-to-photon conversion could reveal gravity’s quantization and finds that efficient single-graviton detection would require radically improved low-frequency photon detectors.
Classical and Quantum Gravity 41, 215011 · arXiv:2405.01407
2024
Studies graviton–photon mixing in expanding cosmologies and shows that cosmic expansion and charged matter generally damp or freeze the oscillations.
Physics of the Dark Universe 44, 101480 · arXiv:2401.08346
2023
Shows that an SU(2) Yang–Mills field can self-catalyze the conversion between gauge bosons and gravitons without an external magnetic field.
Physics of the Dark Universe 42, 101341 · arXiv:2301.12801
2023
Provides a direct derivation of the Gertsenshtein effect and explains why strong neutron-star magnetic fields may act as plausible graviton sources.
Physics of the Dark Universe 40, 101187 · arXiv:2301.02072
2020
Proposes gravitational absorption lines as signatures of quantized gravity, exotic bound states, or new Planck-scale gravitational physics.
Physical Review D 101, 043504 · arXiv:1910.01657
2019
Explores purely gravitational dark-sector bound states and the gravitational-wave or ultrahigh-energy cosmic-ray signals produced by their decay.
Physical Review D 99, 123011 · arXiv:1903.12168
2019
Extends Planckian Interacting Dark Matter with a hidden U(1) charge, showing how internal thermalization changes its relic abundance and observational signatures.
Journal of Cosmology and Astroparticle Physics 01, 021 · arXiv:1810.01428
2018
Develops a minimal gravitationally produced dark-matter framework across particle spins and examines realizations from inflation and string-inspired models.
Journal of Cosmology and Astroparticle Physics 02, 027 · arXiv:1709.09688
The first tag on each paper is its primary arXiv category; subsequent tags are cross-listings.