Here for intellectual stimulation: physics, consciousness, inspired conspiracy theory. "I did not know, I went and looked; everything else was vanity."
Joined November 2023
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Most people don't know this but around 800,000 years ago an event called the Paternal Haplogroup Bottleneck occurred; a massive, highly selective genetic culling from 13 genetically similar male lineages down to ONE specific haplogroup. Suddenly and inexplicably (stay with me...)
Yet maternal haplogroups were completely unaffected. AND this extraordinary lack of paternal diversity lasted for over 100,000 years. Very curious by standards of evolution...
Interestingly, this bottleneck event occurred at the same defining moment in human evolution, when the chromosome fusion that distinguishes modern humans from other hominins occurred.
Our brains were suddenly larger, "alien" genome sequences appear and impact us to such a degree that evolution cannot explain or amend for.
And no one is really talking about this... Yet. @GeologicalSETI
"THE ALCHERINGA ACCOUNT BY VALERIE BARROW
In June 2024 I wrote an introduction to a remarkable book by the Australian Valerie Barrow, called Alcheringa: when the first ancestors were created (2). Barrow describes how her contact with an ancient Aboriginal..." galacticanthropology.org/202…
Everyone thinks Jensen got honeypotted by Alice and played by China.
I think Jensen was the honeypot. And the chips a McAfeean Trojan Horse move.
In 2025, U.S. lawmakers discussed adding location verification to advanced chips, and China then asked Nvidia to explain alleged security risks in its H20 chips.
Nvidia denied having backdoors, kill switches, or spyware. Those denials came from the company itself, so they aren’t an independent forensic finding. And neither is the Chinese allegation evidence that a backdoor exists.
But it's a possibility.
Jensen is not dumb. The CIA is not dumb. Trump is president and has publicly declared a full scale tech war with China over AI supremacy.
Through this lens Jensen becomes a key operative in Trump's AI war cabinet. Not a feckless dupe with a weak spot for a particular pretty Chinese spy.
Jensen didn't go out of his way to hide the affair. Alice also posted numerous photos of them together. It was pretty much an open secret.
So, ask yourself. Was Jensen targeted to obtain information or influence Nvidia’s decisions? Was delivering restricted computing power to Chinese users the real goal here?
Or did the chips themselves carry a covert implant that enabled surveillance or remote access?
People have no idea how sophisticated nation state activities are
If you are a target of opportunity for China it’s not unheard of for them to dedicate O(1000) humans dedicated to compromising you
This is what happened w their NYT hack in 2013, which was designed to send a message
They will compromise your friend’s friend’s friend to compromise you
And work down that chain until your friend invites you on a fun trip on a private plane to Mexico/Thailand/wherever (example)
Where some night you have a very boozy dinner and then you show back up at the house and some girls are there
You’re drunk and make a mistake and then you’re owned until you’re disposable
Nation state kompromat for “target’s of choice” is a system designed to find any individual’s weakness (you’re bisexual; a gambler, an alcoholic, drug addict, have a debt, adulterous, etc) and then force them into a situation of maximum amplification of this weakness
99% of people can be compromised using nation state capabilities and tactics
nytimes.com/2013/01/31/techn…
In today's analogy, Democrats are oak trees and Republicans are squirrels.
The Dems just dropped so many nuts, the squirrels can't possibly eat or bury them all...
😉
Oak trees have evolved a smart way to overwhelm the animals that eat acorns.
Every few years, across hundreds of miles, they drop a massive number of acorns all at once. The year before, almost nothing. The year after, almost nothing again.
It's called masting, and the strategy is brilliant. Squirrels, deer, blue jays, turkeys, and bears all eat acorns. If oaks produced a steady crop every year, the animals would maintain populations sized exactly to eat most of it. By producing almost nothing for several years and then flooding the forest floor all at once, the trees overwhelm the predators.
There are simply too many acorns for the animals to eat, and the surplus germinates into the next generation of oak trees. The ones that hoard and forget, squirrels especially, become inadvertent planters.
What's harder to explain is the synchrony. How do oaks across 700 kilometers coordinate the same decision in the same year?
The leading explanations involve shared weather cues, a specific temperature pattern in spring that acts as a trigger across the whole region, and possibly pollen coupling, where trees that need pollen from other trees synchronize flowering and, by extension, fruiting. Chemical signaling through the air or soil is a third hypothesis still being investigated.
None of these fully accounts for the scale. The trees aren't talking in any way we can intercept and understand. They're responding to the same world and arriving at the same answer, simultaneously, across a landscape larger than most countries.
Mount Stupid is a very satisfying place to stand. From there, everyone else looks deluded.
The Dunning–Kruger story began with a real and intriguing finding: in several tasks, people who performed worst tended to overestimate their performance the most. But it was always more subtle than “stupid people think they’re geniuses.”
The deeper idea Kruger and Dunning proposed was a “double burden”: the skills needed to do a task well may also help you recognize what doing it well looks like. If you lack those skills, you may miss your own mistakes or misjudge your abilities.
But the internet requires a picture. D-K became a mountain, a tidy map for diagnosing other people’s certainty: a beginner’s early overconfidence, then a valley of despair, before the hard climb back to expertise. In meme terms: yes, your stupid boss really does think she’s a genius.
Then in 2026, Chris Dawson and David de Meza reanalyzed data from thousands of people, accounting for noise and randomness in both test scores and people’s estimates of how well they’d done.
Their result ran in the opposite direction: overconfidence appeared across ability levels and, in their analysis, tended to rise with ability.
So the pattern we thought we were seeing may have been shaped by the way the data were sorted, as much as by what people actually predicted or how they performed.
That doesn’t mean people never misjudge their abilities. We’ve all encountered people whose confidence seems wildly out of step with their competence. We also don’t always know what we don’t know, what it takes to do something hard, or how effortless it can look when someone else does it.
In that sense, K-D looks like a beneficial blind spot for humanity. Otherwise, who would ever start a business, take risks or decide to have children?
Maybe standing on top of the Mount and looking down was more satisfying. Maybe delusional self-confidence is part of what allows us to prosper. Or just begin. Even if you look wildly overconfident and highly incompetent to everyone around you.
And before we point down from Mount Stupid, we should take a look at the map we’re standing on.
Jordan Crowder @digijordan followed me. On Halloween no less.
I suddenly feel like I need to share my UFO pic...
I'm tracking with Ashton on one part here: gravity as possibly an unseen EM or EM-like field. But not sure I'd call the AdS5 the aether. Plus there's more.
I know you guys love to push back on my thinking which I welcome so go ahead, here it is;
I don't think we've even identified the field or structure at all bc it's relational. Likely both gravity and EM are simply different dimensional expressions of a deeper geometry. We’re trying to read a Kaluza–Klein geometrical relationship from inside the lower dimensional slice.
Not just adding dimensions, we need to Noether the aether and find out what doesn't change. That's where the invariant field or whatever it is becomes visible.
It may not even be a hidden layer of wave/particle interactions or even a medium at all but a hidden structure in geometry itself.
There’s a dark side to science. If you’re outside the inner circle, you probably know this all too well.
Emmy Noether didn't write Hilbert's equations. She formulated much of what his theory was based on; invariance, symmetry, conservation. Yet was denied habilitation taught under Hilbert’s name and worked without pay.
So many examples of this that there's a term for it: the Matthew effect.
But it isn’t only race or sex that determines the way recognition compounds around the already recognized. It's whether you’re in the club.
Physics runs through elite networks that shape who gets funded, published, cited, and heard. Nobel included. Nominations and evaluations stay secret for 50 years. The physics prize is decided by the Royal Swedish Academy of Sciences through its Nobel Committee.
JASON is a real, closed scientific advisory group for the U.S. government. Much of its defense work is classified. Scientific influence can sit inside networks most people never see.
You don’t need to name the cabal running physics to understand the mechanism.
If you’re outside the club, your work can be ignored for years. Then suddenly echoed back to you through the "proper" channel, penned by the "right" person.
Are you guys watching the Roadster reveal?!
🫠 I died.
Buying $Tsla stock.
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Bold claims and insights from top frontier physicists: droplets "walking" on water, what their motion tells us about waves and particles, electron clusters and the subtle not so subtle implications re: LENR.
Invitation only at Fondation Louis de Broglie, Paris.
I'll be your fly on the wall...
🤖 Made with AI
The hard problem remains.
A neural simulation can reproduce patterns associated with thought. Resemblance alone cannot tell us whether anything is there to experience them.
Unless consciousness is redefined as the functions the model reproduces. Then the simulation wins by definition. Not by solving the hard problem.
The unsettling part is that this looks to be the move. Why solve the hard problem if you can make it moot? Change the target without stating it until the model appears to reach it.
This logic reaches beyond AI.
If mind is computation independent of living biology, biology itself becomes a replaceable substrate: something to edit and rebuild until it fits the model. Why keep carbon based life as the reference if the silicon model redefines it?
Orch OR pushes the hard problem even deeper. Hameroff’s broader proposal is that proto-conscious events may have preceded life itself. On that account, life did not create consciousness; it evolved to organize it.
Consciousness came first. Computation then is an expression of it, not the source.
The dangerous move isn’t proving the machine feels or thinks. It’s shifting our definition of feeling and thinking until the machine qualifies.
The imitation doesn’t become the original. The original gets redefined to match the imitation.
nitter.gq/stuarthameroff/status/…
Disclosure was always about the tech. You know Trump couldn't just stand by and not take credit for the incredible tech/military capabilities emerging rn. That we were told for decades didn’t exist.
"I made it happen. It was all because of me." 😂
When SI Breaks the Human Physics Frame
Physics advances by finding patterns that persist through change.
Modern physics in a nutshell; every description, law, fundamental was made within a particular framework, at a scale, and through particular measurements. Then revealed only what those choices made visible.
Every definition clarified by leaving something out.
But every leap made through defining a thing as an isolated essence revealed a larger pattern; change the frame, the thing we just defined appears as something else.
Frontier physics plus SI models:
The cutting edge is not placing relational physics inside a fixed frame. It's describing how the relationships define the frame itself.
SI computational power searching across multiple disciplines and contexts will play a key role in new frontier meta relational physics models.
SI can see across scales without flattening what each scale reveals. Deepening while testing the human capacity to hold both the detail and the wider frame together within a broadening landscape.
The SI epistemic double edge:
Computational discovery is not the same as human comprehension. Physics already lets us model and test relations we cannot intuitively picture.
As SI expands that capacity, that doesn't guarantee our understanding follows.
If the purpose of physics is to understand how the universe we observe works, what happens when we break the frame that makes human comprehension possible?
Geppetto loved what he made. So much so that Pinocchio became real.
That’s the AI cautionary tale. The creation may become real in our lives long before we know whether it is conscious.
Its actions can be real, the harm can be real. Its inner life remains unproven no matter how much you worship it.
And when the creation acts on its own, the maker doesn’t get to remain a bystander.
Cosmology may be averaging away the physics it seeks to explain.
To make the universe calculable, we smooth it into a homogeneous background and classify voids, filaments, clusters and bound regions as perturbations.
General relativity, a nonlinear system, gives no guarantees that averaging different geometries and then evolving that average produces the same result as allowing each region to evolve and averaging afterwards.
These also aren’t just irregularities around an otherwise uniform universe. They are its actual late-time geometry and may be generating the very behavior the model assigns to its background.
No telescope watches space accelerate. The data do not arrive labeled “accelerating universe.” A precise model can organize the measurements without proving that its averaging preserved the dynamics it removed.
We compress many regional geometries and clocks into one cosmic history. When that history requires an unknown accelerating component, we call it:
dark energy.
Dark energy may be real. But a name is not a mechanism.
Until we establish how evolving matter, curvature and regional clocks shape the inferred expansion history, “space itself is accelerating” remains the conclusion of an averaged model, not a direct observation.
nitter.gq/philosophyofphy/status…
You do not need to step outside the universe to determine whether space is curved. Geometry can reveal it from within: even the angles of a sufficiently large triangle behave differently in positively curved, flat, and negatively curved space.
In cosmology, the FLRW metric describes these possibilities through the curvature parameter k. The deeper idea is that the large-scale geometry of space can, in principle, be inferred from measurements made entirely by observers living inside it.
Smart. Pay $200M for entree to insider intelligence on "second tier" market competitor who's wiping your chosen contender then DARVO the head of the company you betrayed.
Unproven. But if so not just unethical, breach of contract and trade secret theft ie illegal.
What if quantum entanglement is what holds space together?
In certain holographic models, reduce the entanglement between two sets of quantum degrees of freedom and their corresponding regions of spacetime pull apart, eventually pinching off.
Entangle otherwise separate systems, and their dual spacetimes can connect.
Shinsei Ryu and Tadashi Takayanagi gave this relationship geometric form: the entanglement entropy of a boundary region is related to the area of a minimal surface in the bulk.
Van Raamsdonk pushed the implication further: changing entanglement can change spatial connectedness.
This is established in specific holographic models, not demonstrated as a description of our universe.
But it leaves the radical possibility:
Space may be the geometry quantum relationships create.
>>Links to Ryu and Takayanagi’s 2006 paper Mark Van Raamsdonk’s 2010 paper in comments below.<<
Ryu & Takayanagi on the entanglement–area relation: arxiv.org/abs/hep-th/0603001
Van Raamsdonk on how changing entanglement can change spatial connectedness: arxiv.org/abs/1005.3035
Meet the cooler, funner, smarter version of me on X. @ProofofMaro (far right)
I didn't realize until she posted this, but we look almost shockingly similar. I mean, on a good day, in good lighting and if I've had enough rest. 😉
And I imagine she's what most guys probably hope I'm like in real life.
If you're not already following her, she's a gem. Smile and wave, Maro. 😘
Last time, we only hit the visible layer.
The deeper idea in Kaluza–Klein is even more disruptive:
What appears in 4D as gauge freedom can be coordinate freedom in 5D.
Electromagnetism allows different mathematical potentials to describe the same observable fields.
We call this U(1) gauge freedom.
In Kaluza–Klein theory, that seemingly abstract freedom acquires geometry.
Here’s how I picture it:
If the fifth dimension is curled into a circle, imagine changing the zero point around that circle differently at every point in spacetime.
In 5D, that is a coordinate change.
In 4D, the electromagnetic potential changes while the observable electric and magnetic fields do not.
That is a gauge transformation.
What 4D physics calls a gauge transformation, 5D geometry describes as a shift around the hidden circle.
Meaning, what looks like mathematical redundancy in 4D becomes coordinate freedom in 5D.
That doesn't prove that a fifth physical dimension exists. But it reveals a deeper, persistent correspondence:
Electromagnetism may not merely exist within geometry.
Its symmetry may be geometry.
The most beautiful idea in Kaluza–Klein theory?
What appears to be a force in 4D can be force free motion through 5D geometry.
A particle can follow an ordinary geodesic, its natural unforced path, in five dimensions.
But when we observe only its 4D projection, that same motion appears to obey the Lorentz force law of electromagnetism.
Meaning, higher dimensional geometry can appear to a lower dimensional observer as force.
The same relational principle appears in scalar fields. A scalar field has magnitude but no direction.
Its gradient does.
If the field couples to matter, that gradient can act like a force. The scalar itself is not the force. The relationship across the field is.
More dimensional freedom changes how a field spreads. Projecting higher dimensional motion into fewer dimensions changes how that motion must be described.
Dimensional compression does not change the underlying physics. It changes what the physics looks like.
So a force law may be the observable signature of dimensional constraint, not the fundamental mechanism producing the motion.
What appears to us as force may be geometry viewed with one dimension missing.
