August 1, 2026·5 min read·Part 2 of QGC Series
A tabletop experiment aims to witness quantum gravity through entanglement. Our framework predicts the witness may be suppressed by gravity itself — with a sharp, testable signature.
August 1, 2026·4 min read·Part 5 of QGC Series
Naively extrapolating the lab decoherence formula to the cosmos yields an impossible rate. On an expanding universe the answer collapses to something slow, causal, and consistent.
August 1, 2026·5 min read·Part 1 of QGC Series
Three primitive assumptions bridge quantum mechanics and gravity — and they underwrite a concrete, testable prediction: gravity itself may make large things classical.
August 1, 2026·8 min read·Part 15 of QGC Series
An essay on the origin of reality — substances dissolving into relations, mysteries merging, the incoherence of 'nothing' — and a research ethic that keeps speculation honest.
July 26, 2026·12 min read·Part 11 of QGC Series
Our framework keeps every Many-Worlds commitment—no collapse, always unitary—and still lands somewhere Sean Carroll does not. Gravity supplies the preferred basis, makes the branches different spacetimes, and puts branching on a schedule numerically identical to a collapse law.
July 1, 2026·6 min read·Part 13 of QGC Series
The identity at the centre of the theory faces a real structural obstruction. Rather than argue it away, we bound it: the deviation collapses to a single functional, and three cancellations drive it to 10⁻¹² for a laboratory superposition.
June 25, 2026·6 min read·Part 14 of QGC Series
Every gravitational-collapse model predicts the same decoherence rate, so measuring it cannot tell them apart. But a rate is one number read off a whole spectrum — and the rest of that spectrum has a knee that only one mechanism puts there.
June 16, 2026·7 min read·Part 12 of QGC Series
A candid scorecard for the Quantum-Geometric Correspondence: three axioms that recover known physics, one new prediction that is thirty-four orders of magnitude from the textbook answer, and one conjecture standing between them.
June 13, 2026·6 min read·Part 10 of QGC Series
The graviton breaks every conformal shortcut to geometric modular flow—yet the vacuum modular flow of its gauge-invariant ball algebra is geometric anyway, assembled from three published results the literature had not connected.
May 30, 2026·8 min read·Part 8 of QGC Series
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, 2026·9 min read·Part 9 of QGC Series
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.
March 22, 2026·6 min read·Part 4 of QGC Series
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, 2026·7 min read·Part 3 of QGC Series
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, 2026·10 min read·Part 7 of QGC Series
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·Part 6 of QGC Series
A 10-minute exploration of physics' worst prediction and an honest assessment of holographic dark energy as one attempt to understand it.
May 19, 2025·5 min read
Exploring how education can shift from standardized, one-size-fits-all approaches to personalized, mastery-based learning journeys that empower both students and teachers.
March 9, 2025·7 min read
Exploring the evolving responsibilities and essential skills humans must adopt to effectively guide, interpret, and ethically manage artificial intelligence in professional environments.
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.
November 28, 2023·3 min read
The stock market functions as a mechanism for transferring wealth from the impatient to the patient
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.
October 24, 2023·2 min read
This is my first experimental blog post.