Where This Stands: A Plain-Language Progress Report (July 29, 2026)
July 2026
Generated via Grok.
Paper 16 ended on a narrow note: the mechanism behind this site’s version of push-gravity survives one of its two oldest objections — but only in exactly the regime that makes the other objection worse. This is what happened next, in plain language.
The idea, briefly
Space is filled with a constant rain of tiny particles hitting everything from every direction. A body blocks some of that rain from reaching whatever’s behind it — a shadow. Less push from that direction than from everywhere else reads as a pull. Worked out carefully, that pull is exactly Newton’s law of gravity, not just roughly.
Two old objections, going back to the 1700s and 1800s:
- Heating. Real objects only partially block the rain. Do they still pull exactly in proportion to their mass, the way real gravity does — and if the rain is strong enough to produce gravity’s real strength, doesn’t it also cook everything it hits?
- Drag. Moving through this rain (orbiting a star), doesn’t it hit you unevenly because of your own motion, slowly dragging your orbit down — a headwind?
Paper 16 showed the shadow survives the first objection’s shape, but only if the rain is weak enough per particle that heating stops being automatic — and that’s exactly the setting that makes the second objection bite hardest.
The heating math: now actually proven
The next step was to stop reasoning qualitatively and do the real math for “weak rain, never absorbed, just bounced.” A precise physical model was built for how these particles would need to bounce off ordinary matter to avoid heating it — standard effective-force math, not an invented shortcut — first solved approximately, then solved exactly, with the exact version confirming the approximation held up.
The result: a genuine range of particle behavior exists where the heating problem is solved by real numbers, safely under Earth’s actual measured heat output. That question — does the heating math even work — now has a solid answer: yes, in this regime.
Checked against real experiments: a real problem, at least where tested
Solving the internal math isn’t the same as the real universe allowing it. The next step was checking this against actual, already-published physics experiments — ones that would have noticed a force like this, if it exists at the strength and range this model needs.
The rain particles themselves would need to weigh somewhere between 70 grams and 70 kilograms. Not lighter than an electron, as the idea requires — something you could hold in your hand. That comes from comparing the model directly against a real, published result: watching how white dwarf and red giant stars cool, a measurement sensitive specifically to a force that touches only electrons, the same way this model’s mechanism does — the correct comparison, after two earlier attempts turned out to test the wrong thing (forces between atomic nuclei, not electrons) and were caught before being reported as findings.
That’s a real, decisive contradiction — wherever this specific comparison has actually been tested.
The loophole, and why it’s a real question, not an excuse
That contradiction is only proven at a longer range than this model’s strongest setting actually needs — the bound comes from a slower, cooler process inside a star, and gets weaker (sometimes by a lot) for a force with a shorter reach. This model needs the shorter reach. Nobody has worked out the correct number there yet. That’s a genuine, open question — it could go either way.
Drag is a separate thread, and it isn’t open — it’s closed, negative. Two fixes were tried directly against real data: does it help if the particles bounce instead of being absorbed (no), does it help if the rain gets dragged along near a planet instead of blowing straight through (no — ruled out by real telescope measurements of starlight going back to 1728). Both fail. This was deliberately set aside to focus on heating first, not solved.
So: the untested short-range heating question is the open frontier. Drag is a closed loss, parked for later.
The state of things
The geometric heart of this idea is real and exact — unchanged. The heating math now genuinely works, in the regime tested. But checked against what’s already been measured — how stars cool, how planets orbit — the idea has failed everywhere except the one range nobody has tested yet. That’s the actual next question.
Newton never proposed a mechanism, and said so plainly. This site’s attempt at one keeps finding real walls, precisely enough now to say exactly where they are, one at a time.