Hypotheses
A research library built around testable claims.
Think of this as a research library rather than a course catalog: a structured set of working hypotheses, evidence questions, and research tracks connected to God Plays Dice.
Across the library, the framing stays the same: these ideas are not presented as settled fact, but as written, testable claims offered honestly to evidence.
Start here
1 flagship framework
HDBLAST / D-BLAST is the central origin hypothesis and the main reason the site exists.
What grows from it
6 additional tracks
The broader library expands into baryon asymmetry, DMDE, horizon response, FTL audit, ε-lattice structure, and mutation by natural dominance.
How to explore it
1 AI companion
God Plays Dice Architect helps visitors move from headlines and intuition into definitions, evidence, falsifiers, and deeper file-grounded questions.
The flagship framework
HDBLAST / D-BLAST
At the center of the library is a blast-only, observationally falsifiable hypothesis: a short, violent episode in an early higher-dimensional phase helped set the initial conditions for our observable universe and left a surviving imprint in the stochastic gravitational-wave background.
Core claim
Our hot early universe may be the aftermath of a higher-dimensional blast rather than the first event in all of reality.
Main fingerprint
The hypothesis is represented phenomenologically by a smooth broken power-law spectrum with a knee in the pulsar timing array band.
Why that matters
A knee is not just a story beat. It is a shape that can be screened, compared, and potentially falsified against real data.
Guardrails
The framework is only interesting if it survives radiation-budget limits, multi-band safety checks, cross-PTA coherence, and late-time consistency with general-relativistic ringdowns.
Cross-band pressure
The work becomes stronger or weaker as PTA data sharpen and as future bands such as LISA add pressure to the story rather than letting it hide.
What would weaken it
If the PTA background converges to an unbroken power law, if cross-PTA knee agreement collapses, or if future cross-band data contradict the canonical shape, the preferred version fails.
Additional tracks
The broader hypothesis ecosystem
These ideas took shape as the higher-dimensional blast framework kept surviving early consistency checks. They are not presented here as settled science; they are presented as working frameworks and published hypotheses.
An ε-Lattice Hypothesis for the Cosmic Baryon Asymmetry
A working explanation for why the observable universe contains far more matter than antimatter, organized around the same structured ε-lattice logic used elsewhere in the project.
DOI: 10.5281/zenodo.18193772
DMDE: epsilon-lattice + EBDD
A working framework for dark matter and dark energy built around an ε-power mass ladder, a dark-energy bridge, mediator options, and a more targeted search philosophy.
DOI: 10.5281/zenodo.18165708
Quantized Horizon Response (HRF) Rungs
A black-hole hypothesis exploring whether event horizons may show an extremely tiny reflective response, with direct-wave fringe tests and self-calibrating inference strategies.
DOI: 10.5281/zenodo.18166094
Einstein Audit for Faster-Than-Light Hidden Sectors
A measurement-style audit asking how much FTL-like hidden-sector behavior could exist without breaking relativity, cosmology, and gravitational-wave consistency checks.
DOI: 10.5281/zenodo.17926499
Maldonado ε-Lattice Theory-of-Everything Program
The most ambitious branch of the work: a broader ε-lattice program aimed at compressing apparently separate structures into a bounded, organized mathematical framework.
DOI: 10.5281/zenodo.18050020
Mutation by Natural Dominance
A practical framework outside the main cosmology stream, asking whether early evolutionary outcomes often take the easiest viable path first in repeatable conditions.
DOI: 10.5281/zenodo.18166188
How to use this page
The best visitor flow is sequential
New visitors do better when the page reinforces a clear path instead of dumping every idea at once.
1. Start with the book
The book is the easiest place to understand the question, the core picture, and the personal route into the project.
2. Learn the flagship hypothesis
Once the big picture is clear, the HDBLAST / D-BLAST framework becomes easier to follow and easier to question intelligently.
3. Compare the broader tracks
After that, readers can step into the connected hypotheses and see how other problems line up behind the central framework.
4. Use the AI intentionally
God Plays Dice Architect is most powerful when readers ask targeted questions about definitions, assumptions, evidence gates, and falsifiers.
5. Follow updates over time
The value of the library grows as the working files, notes, and future pages continue to expand.
6. Keep the standard clear
The real question is whether the work survives contact with evidence — not whether it sounds impressive.
Next step
Explore the library, then decide how deep you want access.
Starter gives visitors a preview. Pro is for the core path. Unlimited is for the full working-file prompt experience across every active hypothesis.