QTT – Quantum Gravity, Artian Geometry, Quantum Capacity
QTT proposes a simple extra coordinate — a reality dial w ∈ S1 — and a “quarter‑turn” operator that replaces the usual imaginary unit. From this, we (i) state a clean, falsifiable dimensionless prediction; (ii) give a first‑principles map for particle masses; (iii) show how standard physics reappears as a limit; (iv) keep the parameter list honest; …
Continue reading “Five Crisp Benchmarks — and How Quantum Traction Theory (QTT) Meets Them”
https://doi.org/10.5281/zenodo.17594186 (reference) Why does Nature seem to “prefer” the path of least action? Most textbooks quietly start from this as an axiom: A physical system evolves along the path that makes the action S stationary (usually “least”). Quantum Traction Theory (QTT) takes a very different stance: it does not accept the principle of least action …
Continue reading “How Quantum Traction Theory Derives the Principle of Least Action”
A thoughtful reader pointed out something important about the discussion so far: https://quantumtraction.org/2025/11/13/qtt-and-the-nonlinear-calcium-king-plot-why-the-effect-is-expected-and-how-to-compute-it/ The blog echoes the PRL conclusions but doesn’t actually compute the QTT integral – it’s assertive, not demonstrative. There are no independent QTT calculations in the literature (searches find nothing beyond this site). If QTT over- or under-predicted the effect – for …
Continue reading “8. A Fair Critique about last blog: “You Didn’t Compute the Integral””
A recent high-precision study of isotope shifts in Ca⁺ and highly charged Ca¹⁴⁺ reported a statistically significant nonlinearity in the King plot. After subtracting the small second-order mass shift, the remaining curvature matches what is expected from Standard-Model nuclear polarization. The same dataset is then used to set strong bounds on any new short-range electron–neutron …
What if the way we measure uncertainty in quantum physics has been limited by how we “Observe” and filter the data — not by nature itself? That’s the quiet revolution brewing in precision physics — and a major test just tipped the balance. A new analysis applying a symmetry-based filter called the QTT isotropic regulator …
References: https://quantumtraction.org/the-book/ and: https://doi.org/10.5281/zenodo.17527179 One‑paragraph recap (layman first). When two galaxy clusters collide at high speed, the thin gas clouds crash and slow down, but the swarms of galaxies thread through each other almost untouched. In the famous Bullet Cluster, the strongest gravitational lensing (“mass map”) follows the galaxies, not the slowed gas. In the …
Core prediction (one boxed formula) is the capacity (Planck) energy. is the local vacuum-stiffness in the source region. Step-by-step quantitative explanation QTT stiffness integral adds an O(1) radian: For → phase rad (LSND scale). Effective mass-squared at SBL: Experiment vs QTT Feature LSND MiniBooNE QTT Beam energy 20–50 MeV 200–800 MeV Same scaling Baseline ~1 …
https://doi.org/10.5281/zenodo.17594186 For me, always twin paradox, remained a paradox. It was not because of my lack of understanding of SR-GR. It was because I felt the explanation doesn’t add up if one clock stays on earth in a closed capsule, under 10g gravity and the other clock ships to space under 10g acceleration, continue that …
Here upgrades the neutrino “scorecard” with a crisper Quantum Traction prediction, fuller equations, and concrete tests. Core result: the parameter-free QTT mass-gap ratio aligns with current global fits (~33–35). Below we place this in a broader, falsifiable matrix. Key QTT Equations (what the theory actually says) This universal kinematic constant (no tuning) sets relative phase …
Continue reading “QTT vs. Neutrino Observations — A Strong, Testable Match”
More details and mathematical framework on the book Neutrinos are almost invisible, feather-light particles that stream through everything. Quantum Traction Theory (QTT) explains not only how they behave, but why they must exist if spacetime is a pixelated ledger driven by two interwoven clocks. Here’s the story—clear, visual, and light on math (with two crisp …
QTT - Quantum Traction Theory