QuantumLinear
An academic, public-facing index to frontier work in quantum gravity & cosmology.
Architecting Causality and Probability.
Rethinking Reality’s Architecture.
The universe may be far older and more dynamic than we’ve ever imagined—an intricate engine cycling through creation, collapse, and renewal on incomprehensible scales of space and time. QuantumLinear.com shares our live trail of evidence: how structure, probability, and energy interlock to shape quantum existence.
We pursue the hidden symmetries and the algebra behind quantum gravity, time, black holes, and the unseen forces that steer cosmic evolution. Some ideas arrive like a transmission—clean enough to compute, strange enough to remember.
Series papers
Click a title to expand a short abstract-style summary. Items without links are either under review or not yet revealed.
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1 Universum Probabile Altera Published Read
Where it all started: an alternate and “very probable” universe where matter is created by statistics on aeon timescales. Time can compress; waves can become particles. Foundational framing for why matter exists and why black holes resist standard treatments.
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2 Beyond the Causal Diamond: A Probabilistic Model of Cyclical Quantum Gravity Final review
A finite-yet-more-infinite multiverse picture with overlapping lightcones and long-cycle matter recycling. Refines spontaneous emergence into Chrono‑Emergence over aeon scales; defines Discrete‑State Time Density and introduces the Chrono‑Quantum Mirror and the Timeon Lattice Multiverse Cosmology program.
Link will appear here when a preprint or final endpoint is available.
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3 Quantum Mechanics of the Timeon Field: Algebraic and Symplectic Framework for Quantum Gravity Preprint Read
A complete operator-level foundation for the Timeon field: algebra, symplectic structure, and the machinery needed to make the earlier cosmological claims “weigh something.” Designed as the bridge into a holistic quantum-mechanical picture of the Timeon Lattice framework.
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4 Dense Time Quantum Mechanics: Physics of the Dense-Time Collective Partner State Submitting
A black-hole–interior treatment in the dense-time landscape: the algebra of the dense-time phase and its quantum-gravitational interpretation. Submission planned in the coming weeks.
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5 Algebraic Chrono-Dynamics: Symplectic Geometry and the Operator Formalism of Timeon Fields In preparation
Closes remaining open checkboxes on baryon-family quantum gravity and lays out the remaining operator pieces of the puzzle. Targeting an April–May publication window.
Visualization
An illustration of a proton approaching and crossing the phase boundary into a dense‑time state. (The animation below is a visual intuition pump for phase change under extreme time-density gradients.)
Contact
For correspondence, preprint requests, or citation questions.