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Temporal Reconstruction of Hydrogen I: Alpha-Free Proton–Electron Record Geometry
Defines the proton–electron temporal-record programme and its neutral-resonance, stability and correspondence targets.
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Temporal Reconstruction of Hydrogen II: Derived Constants and the Bohr Spectrum
Develops a conditional Coulomb reconstruction and the Bohr spectrum while identifying the remaining source-to-Hamiltonian derivation.
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Temporal Reconstruction of Hydrogen III: Fine Structure, Lamb Shift, and Radiative Inner-Time Loops
A programme for fine structure, Lamb shifts and radiative contributions, with a coefficient-status ledger. The reference guide records the finite-size equation correction used on the website.
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The hydrogen atom in SMM/DTT
Explore temporal generation, the Coulomb ground state, atomic scales and spectral lines through detailed SMM/DTT articles and four interactive explorers.
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A normalizable hydrogen-like ground state
The Coulomb ground state, spectral ratios and relative RMS-speed relation, with normalization and physical inputs stated explicitly.
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State-dependent record cycles in hydrogen
The cycle, band, branch and energy-map definitions needed to turn state-dependent holonomy into consistent atomic predictions.
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Antihydrogen in the proposed comparison program
The symmetry, state-matching and environmental assumptions needed for a controlled hydrogen–antihydrogen spectral comparison.
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From a temporal model to a hydrogen prediction
A concrete sequence from a specified temporal source through an effective atomic operator to linked observables and independently testable corrections.
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How hydrogen connects 137 to the coupling problem
Use linked atomic scales to clarify the distinction between the structural integer 137 and a physical electromagnetic coupling prediction.
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What determines the size of a hydrogen atom?
A worked introduction to the competing terms that set the hydrogen ground-state scale, and the source-level question they pose for SMM/DTT.
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Explore the dimensionless hydrogen binding curve
Vary the exponential-state radius to inspect Coulomb kinetic, potential, and total energy and the exact minimum at the supplied bound scale.
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Does a hydrogen spectrum test the source or only its effective model?
Derive an exact Coulomb ground state, connect its length and energy scales, and identify what atomic comparison can test about a common source.
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All 19 gauge and hydrogen manuscript citations
Version-specific records for the working manuscripts listed above, with unique section-qualified keys, source URLs and explicit source status.
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Gauge and hydrogen: eight research diagrams
Three gauge and five hydrogen SVG files, with captions, guide links and checksums. Includes the singlet loop, projector geometry, atomic scales, energy levels and spectroscopy diagrams.
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Check hydrogen radius, energy and relative motion together
Validate a Coulomb model through its ground-state profile, energy, momentum variance and spectral ratios using one fixed action and mass dictionary.
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Collaborate on the hydrogen programme
An invitation to experts in physics, mathematics and philosophy to develop the hydrogen model, source dynamics, correspondence theorems and interpretation of SMM/DTT.
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Differential hydrogen tests: when a spectral pattern can identify a mechanism
Build shared level corrections, enforce transition-cycle identities, derive a valid holonomy response map, and test whether a proposed DTT pattern can be separated from conventional parameters.
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Twelve worked hydrogen exercises
Work through normalization, probability, energy bounds, quantum numbers, scale relations and consistent spectral corrections, with expandable solutions.
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Questions about hydrogen in SMM/DTT
Twenty detailed answers about atomic structure, temporal levels, 137, wavefunctions, spectra, correction models and collaboration.
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The hydrogen ground state: a complete worked derivation
Derive the exact scalar Coulomb ground state using a global energy bound, normalize its wavefunction, and calculate its radial probability, moments, and reduced-mass scales.
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