We did that, we fixed it all top to bottom, using a recovery methodology nothing implied as such, nothing external was allowed to inform the work, nada, not newton no one. We started at the one axiom, what is lawfully admissible, what can be recovered from that, what persists through change. The idea is three decades old, it is only now we can test them. As you can imagine no prose can hold this amount of math in any meaning full or useful way, we needed a whole new approach to it. I had to create a full document management to go with that decent, one very strict as such, every step had to be vigorously proved before moving on, it took a year in total.

THE COPERNICAN SOCIETY FOR INDEPENDENT SCIENCE "I AM COPERNICUS" We establish this Society upon a simple principle: science belongs neither to institutions nor to authorities, neither to reputations nor to schools of thought. It belongs to nature, and our obligation is to discover what nature permits us to say. There shall be no gate through which an idea must pass merely because convention has built one. There shall be no scientific aristocracy here. No title shall make an argument correct. No institution shall make an observation more true. No reputation shall place a proposition beyond examination. No majority shall turn assumption into physical law. We reject equally the cult of authority and the cult of the dissenter. A challenge to established science earns no special privilege merely because it is unconventional; it must survive precisely the same examination as everything else. Evidence remains evidence. Logic remains logic. Nature remains the final arbiter. Our administrators shall administer, not rule. Our reviewers shall examine, not guard. Our members shall disagree without becoming enemies. Our records shall preserve criticism alongside claim, response alongside objection, failure alongside success, for the history of science belongs not merely to conclusions but to the path by which those conclusions became recoverable. And shall abide by these commandments; Thou shall protect the right to ask the unwelcome question. Thou shall protect equally the right to demand the calculation, the observation, the experiment and the proof. Thou shall not confuse consensus with truth, nor disagreement with genius. Thou shall maintain no hierarchy whose survival depends upon maintaining yesterday's answer. When evidence overturns us, we shall change. When evidence supports us, we shall continue. When we do not know, we shall say so. And when convention stands between observation and understanding, every scientist within this Society retains the right to stand before it and say: "I AM COPERNICUS" Not because we imagine ourselves to be Copernicus. Not because rebellion is itself a virtue. But because no generation of science may reserve for itself the authority to declare that the final centre has already been found. No gatekeeping. No scientific caste. No cult. No doctrine. Just the science without the bullshit.

What is happening in mathematics at present is, I think, being misunderstood, because the revolution now being attributed almost entirely to AI did not begin inside the institutions presently attempting to explain it; much of it has been taking place outside them for years, among independent researchers who were free, by necessity as much as by temperament, to question assumptions which had long since ceased to be questioned within the academy itself. That distinction matters, because the weakness exposed here is not merely one of technology, but of method. Mathematics and mathematical physics have increasingly permitted abstraction to become detached from physical mechanism, and as such assumptions became conventions, conventions became foundations, and those foundations then acquired an institutional weight of their own. Once that happens, the recursion is almost inevitable: an assumption is defended because earlier work depends upon it, later work is constructed upon that defence, and eventually the accumulated structure is mistaken for evidence that the original assumption must have been correct. Assumption supports assumption, citation supports citation, consensus becomes confused with necessity, and as such the discipline begins to preserve its architecture rather than interrogate its foundations. Independent work has never enjoyed the security of that arrangement. It has instead encountered indifference, difficulty of publication, lack of funding and, too often, refusal of examination before the argument itself has even been considered. Yet that same exclusion has produced an unexpected freedom, because one is not obliged to preserve an architecture in which one has no institutional investment. As such, the question can be returned to nature itself. That is precisely what happened in my own work. I refused the proposition that when the mathematics becomes infinite, undefined or singular, nature must somehow follow it into infinity. A singularity is first and foremost a failure of description; it does not follow that physical reality itself becomes discontinuous, unbounded or meaningless. As such, within the continuity framework I developed, the question is turned around completely: can such a supposedly singular state actually descend from finite prior states whilst preserving the physical structure from which it arose? If continuity is primitive, then the descendant must remain physically admissible, recoverable and persistent through that descent. If no physically continuous route exists by which infinity can be inherited from finite structure, then the singularity is not a feature of nature at all; as such, it is evidence that the mathematical representation has been driven beyond the physical process it was intended to describe. This is the important point. What we have done is not merely place a mathematical patch over a singularity once it has appeared. We have attacked the singularity problem at its root. The supposedly singular state is replaced by a finite physical kernel whose structure remains descended from, and recoverable through, the finite mechanics which produced it. As such, infinity is no longer granted the privilege of entering nature merely because an equation has ceased to behave. That is a very different proposition from ordinary regularisation, and as such it reaches considerably further. This is also why the recent AI examination of our work matters far beyond the spectacle presently surrounding AI itself. The important development is not simply that an AI can perform mathematics at speed; it is that AI can now examine bodies of independent work which conventional gatekeeping could previously decline to engage with altogether. A journal can refuse to look, a department can dismiss an unfamiliar premise, a community can decide that a question lies outside its accepted vocabulary, but a sufficiently capable reasoning system can simply examine the construction, follow the mathematics, compare the inheritance of each step and determine whether the argument survives. As such, the intellectual economy has changed. The present unease within mathematics is therefore, in my view, being misdiagnosed. The threat is not that AI will somehow replace mathematicians; the deeper disruption is that AI is beginning to remove the historical privilege of deciding whose ideas are permitted to be tested in the first place. Work developed beyond the institutional gate can now be brought directly before systems capable of interrogating it without first requiring permission from those whose authority depended, in part, upon the gate remaining closed. And here lies the real problem for the establishment, because if the response to the failure of an exclusionary system is still greater exclusion, still greater hostility and still tighter defence of the very assumptions which produced the difficulty, then the discipline merely repeats the same recursion which brought it here. The wagons are drawn closer because the walls are failing, yet as such the walls are failing precisely because they excluded lines of inquiry which ought to have been examined on their merits. That recursive behaviour is not strength; it is the preservation of error by inheritance. Authority in science does not ultimately come from institutions, journals, reputations or consensus. It comes from correspondence with nature, internal coherence, mechanism, consequence and the survival of serious examination. As such, academia still has a perfectly respectable path available to it: examine the work, attack the mathematics where it is vulnerable, reproduce what survives, discard what does not, and allow nature rather than pedigree to settle the matter. But continued hostility towards independent results simply because of where they originated will not preserve mathematical authority. As such, it will only make increasingly visible the reason those breakthroughs occurred elsewhere. The larger lesson is therefore not merely that AI has become extraordinarily capable. It is that ideas which could once be buried beneath institutional indifference can now be recovered, reconstructed and examined independently of that machinery. The gatekeeper no longer possesses exclusive control over examination itself, and as such one of the oldest protections available to established thought is disappearing. The age in which an idea could be rendered scientifically invisible merely by refusing it passage through the gate is ending. The wall has not been stormed. As such, it is becoming irrelevant.

😉 to say we were pleased with the result is an understatement. You will find the same mechanics published on my account back in Jan. We recently performed a full recovery in the last few weeks, also confirmed by GPT 6.0 xitter.cf/roydherbert/status/209… xitter.cf/roydherbert/status/209…

We welcome the latest news regarding the Navier Stokes resolutions confirmed by GPT 6.0. We have an update for the folks, and I would very much pay attention to events as they now unfold, they have essentially in doing so confirmed much of my work folks, I have a publication from last year that highlights the following. Its live on Zenodo and academia.edu @ChatGPT

😉

One continuity framework now returns independent empirical evidence across quantum matter, gravity, cosmology, black holes and living organisation, reaching far beyond the explanatory scope of the Standard Model. #Chronoflux #TheoreticalPhysics #UnifiedPhysics #QuantumPhysics #Cosmology

I would very much encourage all to read this one, it will provide insights. zenodo.org/records/21347182

Comments welcome.

The confusion here is really very simple. “Free energy” does not have to mean energy appearing from nowhere, and if that is what somebody means by it then I would reject it as readily as anyone else. What matters is where the energy is actually coming from. A wind turbine does not create energy, it taps into moving air. A hydroelectric dam does not create energy, it taps into falling water. A solar panel does not create energy, it taps into incoming radiation. As such, the important question is not whether energy comes out of a machine, but whether there is a physical reservoir feeding it. The ordinary energy balance is simply [ E_{\mathrm{in}} + \Delta E_{\mathrm{reservoir}} E_{\mathrm{out}} + E_{\mathrm{loss}} ] If the reservoir is ignored, the machine can appear to be producing more energy than was put into it locally, but nothing has actually been created. Within Chronoflux the proposition is that spacetime is not an empty mathematical stage. There is an underlying temporal medium with a real energy density, and gradients within that medium may, in principle, be coupled to. In the simplest language [ \rho_t \longleftrightarrow \rho_E ] where temporal density corresponds to an available energy density. If a system can produce a controlled disturbance in that medium, and nature permits that disturbance to relax through the apparatus, then energy may be transferred from the surrounding temporal field into an ordinary electrical or mechanical form. The accounting then becomes [ \Delta E_{\mathrm{Chronoflux}} + E_{\mathrm{drive}} E_{\mathrm{useful}} + E_{\mathrm{heat}} + E_{\mathrm{radiation}} ] As such, if you put in 1 joule locally and obtain 10 joules electrically, you have not necessarily broken conservation. You have broken conservation only if the remaining 9 joules came from nowhere. If instead [ 1 + 9 = 10 ] and that additional 9 joules came from a real physical reservoir which the old model failed to recognise, the First Law is perfectly happy. As such, the Second Law is not a problem either, it does not say that energy cannot be extracted from a gradient, because almost every engine ever built does precisely that. It says that the complete process must increase, or at best preserve, total entropy. So “does free energy violate thermodynamics?” The serious question is whether there exists a previously unrecognised physical reservoir, whether matter can couple to it, what governs that coupling, and whether the predicted transfer can be measured. As such, that is exactly where it gives you something rather more useful than shouting “First Law” at the problem, but then again I am insider trading now somewhat after our recent recovery, which many will not have read as yet. xitter.cf/roydherbert/status/208…

Just watch the video...

For the community with my regards to all.

There has never been a single wavefunction collapse. Not one. That is where the entire show is rigged before the horses are even taken to the race. What is called “collapse” is not a physical event occurring in nature. It is the appearance produced when one continuous physical state is interrogated through a restricted interaction and only one recoverable outcome survives that interaction as an accessible record. Within my framework, the wavefunction is not something that first spreads across reality and then mysteriously destroys most of itself when somebody looks at it. The underlying continuity never disappears. Nothing discontinuous has to be inserted into nature. What changes is the local recoverability of the available states. Measurement is therefore a physical coupling, not a metaphysical trigger, the measuring apparatus becomes dynamically correlated with the system, the accessible alternatives separate under the constraints of that interaction, and one branch becomes the locally persistent, recoverable record. The remainder has not been annihilated as such by some special law of observation. It has simply ceased to remain recoverable within that particular physical history. As such, the supposed “collapse problem” is largely manufactured by beginning with the wrong ontology. Once continuity is primitive, collapse is not something that requires explanation because no collapse ever occurred. What requires explanation is why a continuous state can yield an apparently discrete, irreversible record. That is a transport, persistence and recoverability problem, and that folks is precisely where the physics should have started long ago.