Explore the principles connecting the updated models, see what changed, and follow the calculations.
The Living Theory of Everything explores how coherence, interaction and retained organization could relate across scales. These public examples are for peaceful research and education. Their equations, assumptions, outputs and connections are stated explicitly—not presented as validated hardware or treatment.
The connecting principles
Make the interaction explicit
In the released example, scalar and electromagnetic fields evolve together through the declared coupling B(φ) = exp(gφ). That gives a specific model to examine, with its own equations, initial conditions and energy accounting.
Keep quantities consistent
A field amplitude, an order score and a force are different quantities. The updated pages identify their units and assumptions instead of treating shared symbols or matching numbers as a demonstrated physical connection.
Make the result reproducible
Calculators expose the assumptions behind their outputs. Seeded simulations can repeat a run and export its recorded steps. The lab protocol separates noise and coupling so their effects can be tested independently.
The released scalar–Maxwell example is one conditional model within the broader framework, not a replacement for it. Its dimensionless, flat-background calculation does not by itself establish a physical connection to every application below.
Propulsion and Tether now share the same force arithmetic: 1.1964 N for the stated default inputs. Aetherion displays its assumed 10⁻²⁰ normalization.
Checked cosmology examples
Expansion and distance use a consistent CPL expression. The separate public FRW solver follows the Friedmann constraint and uses a correctly ordered redshift grid.
Recorded runs, not invented histories
Harmony and Build use reproducible synthetic inputs and export actual recorded steps. Model scores are distinguished from measured power, thrust or efficiency.
History preserved; release reviewed separately
The ten original implementations are preserved unchanged. Flagged historical hardware, lab and health-related views, comparisons and downloads are withheld pending safety review. Current educational models remain available.
Explore the 10 updated pages
Historical links open the preserved implementations, not the corrected versions.
Explore the proposed pressure, magnetic-field and frequency response without treating a programmed resonance as a discovered one.
What changed & model scope
The 10⁻⁵ signal scale, logarithmic pressure response and 50% peak at 7.83 Hz are prescribed. The pressure score is not a solved chameleon thin shell.
The released scalar–Maxwell example does not implement matter-density screening or an atomic force observable. That mapping requires its own public derivation and calibration.
Calculated from explicit assumptions; no atom-interferometry measurements.
Historical access withheld; original source preserved.
Measure phase organization and electrical losses while varying noise and coupling independently.
What changed & model scope
Use a factorial design rather than changing noise and coupling together. Report loss power in watts; −P_loss is a score, not dimensionless efficiency.
This driven, dissipative circuit protocol is distinct from the closed, undamped scalar–Maxwell browser model. Phase order and scalar field amplitude are not identified.
Protocol only; no new experimental observations or fabricated results.
Historical access withheld; original source preserved.
Inspect the proposed gradient-force arithmetic, its units and its actual scaling before using it to specify an experiment.
What changed & model scope
The stated inputs give 1.1964228939 N, not 0.84 N. Asymmetry enters as A − 1/A; the implemented ΔC dependence is linear. The old target interval is not a current validated uncertainty interval.
The released model has no calibrated payload, mechanical thrust observable or map from cosmological x_m to local matter coupling. Net propulsion additionally requires a momentum and boundary-flux analysis.
Arithmetic from assumed inputs; not a calibrated thrust measurement.
Historical access withheld; original source preserved.
Separate the broader proposed action, an assumed cosmological parameterization and the released scalar–electromagnetic example.
What changed & model scope
CPL density uses exp(−3wₐz/(1+z)). The displayed k,C₀→w₀,wₐ map is a chosen parameterization. A B(C)F² term alone does not establish n=1+2βC or the advertised lensing multiplier.
The released example uses B(φ)=exp(gφ), a polynomial potential and a flat periodic 2+1 reduction. It is not a full metric evolution, screening model or SI calibration of the broader proposal.
Conditional mathematics and numerical reference curves, not a cosmological fit.
Vary the equation of state and compare expansion, distance and approximate growth against a fixed ΛCDM reference.
What changed & model scope
The continuity-equation sign is corrected in both H(z) and distance. The historical benchmark button and curve use the same w₀, wₐ and H₀; the benchmark is explicitly not a new fit.
CPL is a phenomenological cosmology model, not the released flat-space electromagnetic solver. No identification of cosmology parameters with g, k=1.92 or the k≈1.549 simulation lead is supplied.
Numerical integration with declared parameters; no likelihood evaluation or new MCMC.
Use an explicit, constraint-consistent background example with increasing redshift and checked luminosity distances.
What changed & model scope
The current example removes the reversed interpolation grid and invalid-distance clamp. H follows the Friedmann constraint, not a relaxation rule; the Klein–Gordon equation includes d ln H/dN.
This is a standard, separately defined cosmology example—not a reproduction of historical MCMC pipelines, the complete framework, or the released fixed-metric scalar–Maxwell model.
Runnable public example and synthetic checks; no live posterior or observational feed.
Historical access withheld; original source preserved.
Make the mass, wavelength, coherence multiplier and otherwise hidden normalization explicit.
What changed & model scope
The formula now displays the 10⁻²⁰ normalization used by the historical implementation. This factor is an assumption, not a measured efficiency. A cosmological parameter fit alone is not an engineering feasibility test.
A separate mapping from a field solution to an apparatus, coupling, boundary conditions and momentum exchange is required. The released solver does not supply this normalization.
Conditional arithmetic, not demonstrated propulsion or validated apparatus.
Keep the cross-scale proposal visible while distinguishing a numerical correspondence from a demonstrated physical mechanism.
What changed & model scope
The propulsion branch shares the current force implementation. The collagen quantity is an energy/thermal ratio; treating it as a transport Péclet number requires additional dynamical assumptions and measurements.
Reusing k, x_m or a coherence label does not establish a mapping between cosmology, cellular transport and a field amplitude. Biological or therapeutic conclusions do not follow from these calculators.
Calculated force and energy/thermal proxies; not cross-scale experimental validation.
Historical access withheld; original source preserved.
Explore bounded entropy/order feedback with explicit model time, reproducible random choices and truthful run exports.
What changed & model scope
Model time now enters the update. The unused k-fit label is not presented as an active parameter. Export contains recorded samples; the paired sweep actually changes the pulse condition and uses controlled seeds.
C=1−H is a defined order score, not the released model’s φ. Response gain is not power or thermodynamic efficiency. The separate k≈1.549 lead is neither fitted nor tested here.
Actual recorded synthetic steps, not instrument telemetry or measured energy.
Explore the historical concept rules as explicit illustrative models—not as validated reactor, propulsion or biomedical blueprints.
What changed & model scope
Inputs are labeled synthetic. Output is a cumulative dimensionless score, not watts or thrust. The reused 0.026 coefficient is dimensionless here, not a lattice spacing. Downloads identify themselves as simulation configurations.
Each device needs its own physical model, energy/momentum budget, SI calibration and experiment. The released scalar–Maxwell example does not establish vacuum-energy extraction, reactionless lift or therapeutic action.
Simulated inputs and calculated indices only; no live solar, magnetic or heart data.
Historical access withheld; original source preserved.
What has been checked
The ten-page correction pass was checked with numerical tests, a production build, and desktop and mobile browser checks. These verify the tested software behavior, not the physical hypotheses. Broader archive and historical-accounting discrepancies remain outside that pass.