May 30, 2026·8 min read
Two famously suspicious coincidences with the Hubble rate—the MOND acceleration scale and the cosmic decoherence rate—turn out to be one frequency, read twice. Their ratio is parameter-free.
May 27, 2026·7 min read
If the constrained influence functional is right, the BMV experiment carries a parameter-free signature in its visibility curve. The exponent depends only on geometry.
May 27, 2026·8 min read
The QGD gravitational decoherence formula returns 10^103 Hz at cosmic scale—exceeding causality by 121 orders of magnitude. The resolution lies in two wrong inputs and one wrong propagator.
May 27, 2026·9 min read
Three of physics' deepest puzzles share a single number. An exact identity in de Sitter space shows that the smallness of dark energy is the largeness of cosmic entropy.
May 27, 2026·7 min read
The Diosi-Penrose formula was built for point masses. Promoting the mass density to the stress-energy operator extends it to quantum fields and, as a bonus, classicalizes the cosmos.
March 22, 2026·6 min read
The 10³⁵ gap between competing predictions for gravitational decoherence traces to a single assumption: the initial state. Imposing the Wheeler-DeWitt constraint changes everything.
March 22, 2026·6 min read
If gravity causes decoherence, it should destroy entanglement between distant particles in a way no other mechanism can. Here is how to test it.
March 22, 2026·6 min read
Applying the Margolus-Levitin quantum speed limit to gravitational decoherence reveals that the Diosi-Penrose rate sits right at the fundamental information-theoretic bound.
March 22, 2026·6 min read
The Diosi-Penrose hypothesis predicts a gravitational decoherence floor that no engineering can overcome. Most quantum computers are safe---but the next generation may not be.
January 24, 2026·9 min read
How the thermodynamics of our universe's horizon could explain galaxy rotation curves without dark matter, deriving MOND from first principles.
January 22, 2026·13 min read
How minimal assumptions can bridge the deepest divide in physics - presenting a framework built on three primitive axioms.
January 22, 2026·13 min read
A 10-minute read on one of physics' deepest puzzles - the black hole information paradox and the Page curve.
January 22, 2026·13 min read
How we might finally probe the quantum-gravity interface - from laboratory tabletops to deep space.
January 22, 2026·11 min read
Exploring the Diosi-Penrose hypothesis: how gravity itself might cause quantum superpositions to collapse, explaining the quantum-classical boundary.
January 22, 2026·13 min read
A 10-minute exploration of physics' worst prediction and an honest assessment of holographic dark energy as one attempt to understand it.
January 22, 2026·12 min read
How the universe itself might be watching your quantum experiments - exploring the holographic interpretation of gravitational decoherence.
January 22, 2026·12 min read
A deep dive into one of the most consequential open questions in quantum gravity phenomenology - does gravitational decoherence scale as G or G squared?
January 14, 2025·4 min read
Exploring the complementary approaches of physics and literature in understanding reality, through the lens of Borges' work and scientific inquiry.
January 13, 2025·4 min read
Exploring how partial observation, quantum entanglement, and the interplay of perspectives might shape our perceived reality.
October 25, 2023·2 min read
Is the way we understand reality fundamentally flawed? This blog post delves into the notion that the collapse of the wavefunction, as well as our understanding of space and time, may all be mental constructs that help us grasp a more intricate and timeless truth.