The NeoGravity Program · verification suite 5.0
One program takes the measured inputs and the five postulates and computes every formula in the book's Index of Formulas, by the book's own numbers, together with the twenty-seven claims of the verification suite and the measurements the papers cite. Change any input below and every result that depends on it is computed again, in Python, on your own machine.
Every number the theory takes from outside itself, with its source. The fields hold the book's values. Change any of them and press Compute.
Python will load in the background once the page is shown.
Every formula in the book that produces a number, with the number the book prints beside it, how sure the number is, and what Newton, general relativity or standard physics gives in its place. After a Compute, the last column is yours.
| Step | What it is | The book prints | The program computes | ± 1σ | The mainstream | With your inputs |
|---|
Forty-five checks. On the book's inputs every one holds; on inputs of your own, a check that compares with a number the book prints is marked where it now differs.
Each row holds the measurement a paper cites. If a newer one exists, put it in the last column and press Compute: the verdict is computed again against it.
| What is measured | Verdict | Detail | Where the paper states it | A newer measurement |
|---|
Each newer measurement stands beside the row it bears on, above, marked newer, with its source and the sentence it is quoted from. None of them changes a paper or a cited row's verdict.
The framework in blue, general relativity in orange and dashed, every point computed by the program. Change k or w above and press Compute, and the charts are drawn again from your run.
Appendix A of the book builds the whole chain once, in order, in ten steps. Each is here with its purpose in the book's own words and the formulas it uses.
The program checks every row of a family by the one verification, so the papers cannot drift apart without a check failing.
All 236 formulas, in the order of the Parts. Each shows its expression as the Index prints it, what the program computed or checked, and what it rests on. Choose a step to follow it down to its roots.
No step matches.
Every formula beside what Newton, general relativity or standard physics says in its place. Where both sides give a number, both are computed here from the same inputs.
| Step | What it is | Relation | The framework | The mainstream | Unit |
|---|
Every formula on which the framework and general relativity differ, grouped into the tests that would decide them: the measurement, in the book's words; the effect, computed; the precision the record has; and the record itself, as the papers cite it and with newer measurements beside it. What the reach of each test comes to is the program's reading, and says so.
Every failure, withdrawal and gap the book records, in the book's words, with what it bears on. The book's words are quoted; what each bears on is the program's reading, and says so.
The program traces every formula down to what lies underneath it and sets that beside the label the Index gives it. Where the two differ it reports the difference; it does not decide it.
| To | What the program gives | Where |
|---|
The same program, on your own computer. It needs Python and sympy, and nothing else.
pip install sympy python neogravity_program.py # the whole run, every check python neogravity_program.py --step "(19.13)" # one formula, and what it rests on python neogravity_program.py --vary T_CMB=2.8 # everything again, with one input changed python neogravity_program.py --mainstream # every formula beside the mainstream python neogravity_program.py --failures # what failed, and what it means python neogravity_program.py --uncertainty # how sure each number is python neogravity_program.py --json # what this page reads
The files this page runs are the files on this site: neogravity_program.py and the package it imports. Python runs here through Pyodide, which starts loading from its public CDN in the background once the page is shown (not when your browser asks to save data), and is kept by your browser for the next visit.