The Theory About Black Holes That NASA Refuse to Believe

Added: 2026-05-23

[00:00:00]Every black hole in the observable universe is hiding something. Not just mass, not just gravity. A secret that, if it turns out to be true, rewrites the entire story of where we came from.

[00:00:12]There are roughly 10 million supermassive black holes [music] in the Milky Way alone. Across the observable universe, the number climbs toward 100 trillion. Some of them contain masses equivalent to tens of billions of suns compressed into a point so dense that the laws of physics cease to function. We call that point a singularity. We have never seen one. We cannot see one. And a small, serious, credentialed group of physicists has begun to argue that we never will because singularities may not actually exist. That the object at the center of our most celebrated cosmological model, the object NASA describes in clean diagrams and confident press releases, is a mathematical fiction pointing at something we do not yet have the framework to understand. That is the theory. Not the polite version of it.

[00:01:01]Not the version that gets funding and public outreach pages. The version that, if correct, changes what black holes are, changes what our universe is, and produces a genuinely disturbing answer to the question of where everything came from. Start with what we know and then watch it fall apart. A black hole forms when a massive star collapses under its own gravity. The core compresses.

[00:01:24]Pressure climbs past any force that can resist it. And according to general relativity, the collapse does not stop.

[00:01:31]It continues forever, all the mass of a dying star compressing into zero volume and infinite density. A singularity.

[00:01:39]This is the standard model. It is what your textbooks say. It is what NASA's Explainer pages say. And it is almost certainly wrong. General relativity predicts singularities the same way it predicts its own failure. The equations break down at the singularity. They stop producing numbers that correspond to anything real. That is not a description of nature. That is a description of a theory reaching its limit and screaming.

[00:02:05]The problem has a name. It is called the black hole information paradox, and it has been quietly tearing physics apart for 50 years.

[00:02:13]In 1974, Stephen Hawking demonstrated mathematically that black holes are not perfectly black. They radiate over time scales so vast they dwarf the current age of the universe. A black hole slowly leaks energy through what we now call Hawking radiation and eventually evaporates entirely. This should have been a triumph. It was not. It was a catastrophe.

[00:02:36]Because when physicists examined what Hawking radiation actually carries out of a black hole, they found something deeply wrong.

[00:02:44]The radiation is thermal. It is random.

[00:02:47]It carries no record of what fell in.

[00:02:50]A star crosses the event horizon, burns for trillions of years, and radiates away as structureless en- oise. Not just gone in the ordinary sense. Gone in a way that violates one of the most foundational principles in quantum mechanics. The principle that information is never truly destroyed. In quantum mechanics, the present state of a system encodes its entire past.

[00:03:13]Given the wave function of a system right now, you can in principle reconstruct everything that led to it.

[00:03:19]Burn a book, the ash still theoretically contains the information. The laws of physics forbid true erasure. Black holes, according to Hawking's original calculation, erase. Permanently, completely, without appeal. This is not a small concern. This is physics at war with itself. Two of the most successful theories ever written, general relativity and quantum mechanics, producing results that cannot both be true. And the object forcing that confrontation is the black hole.

[00:03:49]Hawking spent decades insisting the information was simply gone. His colleagues refused to accept it. In 2004, he publicly conceded the argument at a conference in Dublin, admitting that information probably does escape in some form. But here is what nobody has answered since, not cleanly, not completely. How? What mechanism carries the information out? What physical process preserves it? There is no agreed solution. There is no experiment resolving it. There is only a deepening suspicion that our model of what happens inside a black hole is fundamentally catastrophically wrong.

[00:04:25]Which brings us to the firewall paradox.

[00:04:27]In 2012, a team of four physicists, known by the initials AMPS, Ahmed Almheiri, Donald Marolf, Joseph Polchinski, and James Sully, published a paper with a conclusion that forced the entire field to stop.

[00:04:42]Their argument was this: If information genuinely escapes a black hole through Hawking radiation, then the event horizon cannot be what general relativity says it is. It cannot be a smooth, unremarkable surface that you cross without noticing.

[00:04:56]>> [music] >> It must be a firewall, a wall of high-energy radiation instantly destroying anything that reaches it.

[00:05:02]Either information is destroyed, which violates quantum mechanics, or the event horizon is an inferno, which violates general relativity.

[00:05:10]One of the two most tested theories in the history of science has to be wrong.

[00:05:14]Possibly both. At the point where the universe gets most extreme, your most reliable equations contradict each other completely, and there is no way to check which one is lying because nothing that crosses the horizon ever comes back to tell you. NASA's official position on black holes does not wrestle with any of this in public. The picture it presents is clean. Massive star, gravitational collapse, event horizon, singularity.

[00:05:39]Done. The uncomfortable possibility that the singularity may not exist, that the event horizon could be a zone of catastrophic destruction rather than a calm threshold, that the entire interior of a black hole may be structured in ways no current model correctly describes. These possibilities are managed as footnotes, as problems the field is working on, not as evidence that the foundations need to be rebuilt.

[00:06:04]Here is where the theory that NASA genuinely refuses to engage with enters the picture.

[00:06:10]A physicist named Nikodem Poplawski, working at the University of New Haven, has been developing a since 2010 based on a modified version of general relativity called Einstein-Cartan theory.

[00:06:23]The modification introduces a property called torsion into the geometry of space-time derived from the quantum spin of particles. And when you include torsion, something remarkable happens.

[00:06:34]The singularity disappears. Collapse does not continue to infinite density.

[00:06:39]Torsion creates a repulsive force at extreme densities that slows the collapse, stops it, and bounces it outward. Not back into the original universe, into a new one.

[00:06:50]According to Poplawski's model, every black hole is a door. Matter collapses in, cannot escape back through the event horizon, and explodes outward into a separate region of space-time, a baby universe born from the implosion of a star.

[00:07:05]This means our universe may have been born inside a black hole in a parent universe we can never observe.

[00:07:12]The Big Bang was not the beginning of everything. It was a rebound, the explosion of matter that had collapsed past the torsion threshold and could not compress any further. Every black hole forming in our universe right now may be generating a universe of its own, not metaphorically, physically, as a consequence of equations that do not break down, do not require infinite densities, and do not demand we accept a singularity that our best mathematics cannot actually describe. The theory has been published in peer-reviewed journals. It has not been refuted. It has been largely ignored, and the reason for that is not scientific. The reason it is ignored is philosophical.

[00:07:50]Accepting Poplawski's model means accepting that our universe is nested inside another one.

[00:07:56]That the Big Bang had a cause external to everything we can ever measure. And that the cosmological story built over the last century is incomplete in a very specific and very unsettling direction.

[00:08:09]There is no universe before the Big Bang, the standard framework insists.

[00:08:13]There is no outside. Everything that exists is inside our observable horizon.

[00:08:18]Poplawski's model makes the outside necessary. It makes our beginning dependent on a death that happened somewhere we can never reach, in a universe that predates our own.

[00:08:28]That is not a small modification to the story. That is a different story entirely.

[00:08:35]Then there is Roger Penrose, a man who won the Nobel Prize in physics, who helped prove mathematically that singularities are an unavoidable consequence of general relativity, who has spent 20 years developing a model called conformal cyclic cosmology. In Penrose's picture, the universe does not begin once. It cycles. A universe expands, ages, produces black holes that evaporate over unimaginable time scales, and the final state of that cold, exhausted, empty universe is geometrically equivalent to the beginning of the next one. The end is the start. The cycles repeat without limit. Penrose claims to have found evidence for this in the cosmic microwave background, faint circular patterns he calls Hawking points, the imprint of black hole evaporation from a universe that existed before ours. Some researchers have found signals consistent with his predictions. Others have dismissed them as statistical noise. The debate is unresolved. It is not over. There is one more thread, and it may be the strangest. Within string theory, a model called the fuzzball conjecture, developed by physicist Samir Mathur at Ohio State University, proposes that a black hole has no interior in the conventional sense at all.

[00:09:52]No event horizon is a smooth geometric surface. No singularity. Instead, what you are looking at from outside is a dense quantum tangle of strings, a fuzzball, filling its own entire apparent volume with information encoded across every part of it. Nothing falls in the way general relativity describes, because there is no empty interior for anything to fall into.

[00:10:17]The object itself is the resolution to the information paradox.

[00:10:21]The information is never lost because the absorbing object is made of information all the way through. String theorists [music] have been developing this framework for two decades. It eliminates the firewall.

[00:10:32]It eliminates the singularity. It does so at the cost of making black holes fundamentally incompatible with classical general relativity in a way that most of the field has not yet decided how to absorb. None of this is hidden in the conspiratorial sense. You can find these papers. You can read them. What is carefully managed is the implication, because if any one of these models is correct, and they cannot all be correct simultaneously, but each remains a live candidate with serious mathematical support, then the image of a black hole you have been shown your entire life, the diagram with the funnel and the point at the bottom, is wrong in ways that extend far beyond the technical.

[00:11:12]The universe that came out of the Big Bang may have come out of something, something that existed before our time began, before our constants were set, before the first second of our cosmic history. That is not a footnote. That is a different answer to the oldest question physics can ask. The first image of a black hole released to the public, the 2019 photograph of M87 star by the Event Horizon Telescope Collaboration shows a blurred orange ring around a dark circle.

[00:11:41]The dark circle is the region from which no light returns. Six and a half billion solar masses sitting 65 million light-years away surrounded by superheated gas and captured in radio waves assembled by a planet-sized array of synchronized telescopes. It is one of the most extraordinary images in the history of science >> [music] >> and what it shows you is the border. The inside, the singularity, the question of what actually happens to the information. The question of whether a new universe is forming in there right now. None of that appears in the image.

[00:12:16]The dark circle is a wall. Behind it, our best theories disagree with each other so completely that the honest scientific answer to what is actually in there is that we do not know.

[00:12:28]We have equations that break. We have paradoxes that remain open. We have proposals from Nobel laureates and published models from serious physicists describing a universe born from a black hole and the story we tell publicly is still the clean one. The one with the funnel. The one with the point at the bottom. The one that stops asking questions right at the moment the questions become genuinely terrifying.