Author
Ben Holland
Recent research
- Physics & SpaceOpen access
The literature descending from Jacobson's equation-of-state argument connects gravity to quantum information through derivations; to our knowledge it contains no measured relation, in a microscopic system, linking entanglement data to signal propagation. This paper reports such m...
- AI & ComputingOpen access
A Quantitative Borchers–Wiesbrock Theorem: Windowed Stability of Half-Sided Modular Inclusions
Half-sided modular inclusions are the mechanism by which modular data of a nested pair of von Neumann algebras generates a positive-energy translation group — the algebraic seed of horizons and null translations in quantum field theory. A nontrivial half-sided modular inclusion f...
- AI & ComputingOpen access
A Quantitative Borchers–Wiesbrock Theorem: Windowed Stability of Half-Sided Modular Inclusions
Half-sided modular inclusions are the mechanism by which modular data of a nested pair of von Neumann algebras generates a positive-energy translation group — the algebraic seed of horizons and null translations in quantum field theory. A nontrivial half-sided modular inclusion f...
- Physics & SpaceOpen access
Pre-Registered Finite-Size Predictions for Page-Curve Experiments on Near-Term Quantum Hardware
The Page curve, the rise and fall of radiation entropy during unitary evaporation, is now measurable on quantum simulators: trapped-ion and superconducting platforms routinely prepare scrambled states of 10–50 qubits and estimate subsystem Rényi entropies by randomized measuremen...
- AI & ComputingOpen access
A Quantitative Borchers–Wiesbrock Theorem: Windowed Stability of Half-Sided Modular Inclusions
Half-sided modular inclusions are the mechanism by which modular data of a nested pair of von Neumann algebras generates a positive-energy translation group — the algebraic seed of horizons and null translations in quantum field theory. A nontrivial half-sided modular inclusion f...
- Physics & SpaceOpen access
Pre-Registered Finite-Size Predictions for Page-Curve Experiments on Near-Term Quantum Hardware
The Page curve, the rise and fall of radiation entropy during unitary evaporation, is now measurable on quantum simulators: trapped-ion and superconducting platforms routinely prepare scrambled states of 10–50 qubits and estimate subsystem Rényi entropies by randomized measuremen...
- Physics & SpaceOpen access
The observed dark-energy density satisfies ρ_Λ^{1/4} = 2.24 meV, within an order of magnitude of the neutrino mass splittings — a coincidence with a mechanism lineage (mass-varying neutrinos, neutrino condensates) but no accepted explanation. We present a falsifiable fork derived...
- Physics & SpaceOpen access
The observed dark-energy density satisfies ρ_Λ^{1/4} = 2.24 meV, within an order of magnitude of the neutrino mass splittings — a coincidence with a mechanism lineage (mass-varying neutrinos, neutrino condensates) but no accepted explanation. We present a falsifiable fork derived...