01 • THE ORIGIN QUESTION
Could our beginning be local?
Our hot, dense early universe may have been the local aftermath of a short-lived higher-dimensional energy release rather than the absolute beginning of everything.
GOD PLAYS DICE™
WORKING HYPOTHESIS • PUBLIC TEST RECORD • NO DETECTION CLAIM
THE CLAIM • THE TRACE • THE TEST • THE STOP RULE
The HDBLAST record—my public research archive for the higher-dimensional blast—asks whether a brief event beyond our familiar four dimensions could have helped ignite our observable universe, and whether its trace could still be tested. The proposal earns attention only by remaining specific enough to fail.
THE HYPOTHESIS IN FOUR MOVEMENTS
01 • THE ORIGIN QUESTION
Our hot, dense early universe may have been the local aftermath of a short-lived higher-dimensional energy release rather than the absolute beginning of everything.
02 • THE POSSIBLE TRACE
A one-off event might leave structure in a stochastic gravitational-wave background, including a knee or turnover that can be searched for in pulsar-timing data.
03 • THE CROSS-CHECKS
Any candidate must remain compatible with early-universe limits, laboratory curvature bounds, cross-band behavior, and general-relativistic strong-field tests.
04 • THE STOP RULE
Missing source support, failed numerical convergence, incompatible authoritative data, or broken cross-probe consistency must constrain or end the affected branch.
WHERE THE WORK STANDS
Later public releases strengthen a few mathematical parts of the proposal. They do not show that a higher-dimensional blast happened or that it caused the Big Bang.
The current record keeps corrections and failed tests visible. It also names the large pieces that are still missing, including a complete physical model and agreement with observations.
That restraint is part of the method: preserve what survives, correct what does not, and stop where the evidence stops.
BOOK-ERA TECHNICAL PAPER • PDF
THE RECORD BEHIND VOLUME ONE
HDBLAST Short Paper v10 preserves the December 2025 technical checkpoint behind much of GOD PLAYS DICE™ Volume One. It is provided for readers who want to inspect the proposal beyond the book’s plain-language explanation.
HOW THE PROPOSAL CAN FAIL
The proposed event must possess genuine Fourier support for the radiation channel being claimed. A convenient profile or off-support wave vector cannot substitute for the event’s actual stress.
Constraint and common-core observables must converge across refinement and domain tests before production initial data or physical higher-dimensional evolution can be promoted.
Collaboration-grade posteriors and an explicit observable definition—not stand-ins, demos, or reconstructed placeholders—must carry any empirical test.
PTA, early-universe, laboratory, LISA-band, and ringdown constraints must remain mutually consistent without moving definitions after the result is known.
SELECTED PUBLIC MILESTONES
THE CLAIM BOUNDARY
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