Volume I: Causality and Attraction
The original foundation and human enclosure.
Media / Series overview
Causality and Attraction: A Field Guide to Nested Reality
An accessible guide to the framework’s central vocabulary and change of viewpoint.
This overview introduces steady-state dynamic equilibria, enclosures, departures, attraction, and bounded models. It is a route into the larger series for viewers who want the conceptual map before entering a specific application.
Terms in this film
Explore the same term in other films through the transcript glossary.
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Related work
Volume VI: Nested Causal Models, Maps, and Interventions
The technical field guide for model construction.
Conclusions of Causality and Attraction
The series-wide principles and appendix.
Read the video transcript
Published captions, with their original wording.
You know, what if the entire map of reality we've been using? The one that physics has built over
centuries is based on a cracked foundation. What if the very ideas of cause and effect and even
the flow of time itself don't work anything like we've been taught? It's a massive question, right?
But it's one that physicists are actually being forced to ask. So let's dive into it.
We're going to start by looking at the cosmic glitches, these little anomalies that are really
stumping scientists. The cracks that suggest our cosmic rulebook might be missing some
absolutely crucial pages. So our current map of the cosmos has some pretty serious problems.
Honestly, it's kind of like trying to use two different maps of the same city where the streets
just don't line up. And the first major issue is a fundamental disagreement about how fast the
universe is actually expanding. Okay, check this out. On one side, when we look way back in time
at the early universe, using the afterglow from the Big Bang, we get one number for its expansion
rate, about 67 kilometers per second per megapar sec. But when we measure the universe around us
today, using things like supernova, we get a faster number around 73. This mismatch,
what scientists call the Hubble tension, isn't just a small error. It's a huge problem that has
stuck around for decades, even as our measurements get better and better. It's a major cosmic mystery
that screams something is fundamentally wrong with our standard model of the universe. And that
brings us right to the standard model of particle physics itself. I mean, this is our best
most successful map of all the fundamental particles in forces. It's an absolutely incredible
scientific achievement. And yet, it's also profoundly incomplete. Just look at what it can't explain.
The standard model has absolutely no place for dark matter, which, by the way, makes up most of
the matter in the universe. It can't tell us why tiny little particles called neutrinos even have
mass, or why they're so much more matter than antimatter. And maybe the most glaring omission
of all, it completely leaves out gravity. These aren't just minor details, you know,
they are giant, gaping holes in our understanding. And they all suggest our fundamental rules are
missing something crucial. Now, these cracks in our understanding have thrown the door wide open
for some really radical new ideas. And recently, a pretty controversial new paper came out with
a solution that doesn't just try to patch the holes, it aims to rebuild the entire foundation
of physics from the ground up. This new theory from a guy named Sid Hubbard is just incredibly
ambitious. As one physicist put it, Hubbard isn't just trying to tweak the existing rules of the
game. Oh no, he's proposing a whole new architecture for reality itself, one that tries to connect
everything from the tiniest quantum particles all the way up to the cosmic web. And the theory is
built on this really cool core concept. It suggests the universe is basically made of systems inside
of systems, just like those Russian nesting dolls. Each doll is a stable container. That's the steady
state part. But inside, things are chaotic and in motion. That's the dynamic equilibria. Think
about it like this. Earth's surface area is basically constant, right? But inside, you've got violent
tectonic activity, volcanoes, all this chaos. Hubbard argues this exact pattern repeats at every
single scale. So let's get into the first big principle of this new framework, because this one
completely flips our understanding of cause and effect on its head. It proposes that what happens
at the very smallest scales isn't random at all. It's actually being directed from the very largest.
This is called the principle of nested causal enclosure. Basically, it argues that the apparent
randomness we see in the quantum world, you know, the unpredictable behavior of an electron, for
example, is only random because we're not looking at its container. In this view, the fate of that
tiny electron is actually being determined by the influence of massive cosmic structures
millions of light years away. And this just brilliantly illustrates the scale of that cosmic
influence. Our entire galaxy, the Milky Way, is being pulled toward a gravitational anomaly we call
the Great Attractor at a staggering 600 kilometers per second. Now, standard physics just sees this
as cosmic drift. No big deal. But Hubbard's theory says something way more radical. He argues this
pole isn't random. It's a deterministic boundary. It's an enclosing system that projects causality
inward, influencing everything right down to the subatomic level. And hey, this isn't just a metaphor.
The theory actually proposes a modification to Einstein's famous field equations. You don't
need to be a physicist to get the big idea here. See that little highlighted part? The Kappa GA?
That's the new term. It represents the deterministic influence of the Great Attractor. In essence,
this term injects causality from the largest cosmic scales directly into the math of spacetime,
forcing order on what we used to think was just pure quantum chance.
Alright, let's move on to the second principle. Because this, this is where the theory directly
redefines our whole concept of time. It suggests that for every action, there isn't just an equal
and opposite reaction, but a balancing reaction that could happen millions of years later.
This is the principle of nested exchange. Let's take a volcano. From our perspective,
it's a chaotic, messy, energy-losing event. What physicists call entropic dissipation.
But Hubbard's theory says this chaos is perfectly balanced by an order-creating event,
the process of subduction where crust is slowly pulled back into the mantle.
But here's the kicker, the part that changes everything. This balancing act isn't instant.
It's time-shifted, playing out across geological time. And this is what that looks like in an
equation. The really crucial part here is that t plus tau term. Tau represents a time delay.
So what this is saying is that the change in disorder in one system is perfectly balanced by
the change in another system, but only after that delay. The universe always balances its books,
but not in the moment. Now, this completely redefines our understanding of time. It's no longer just
a one-way arrow of increasing chaos. It's the medium through which the universe maintains a
perfect long-term, elegant balance. So the final principle takes this whole idea of a nested reality
and scales it up to its ultimate mind-bending conclusion. I mean, if our universe is a doll
inside a bigger doll, inside an even bigger one, what's the very last doll? What contains everything?
The theory proposes something called a final frontier, a static, unchanging, eternal infinity
that contains our entire universe of time and change. So in this view, our whole reality,
with its flowing time and constant motion, is just a process playing out inside a timeless
static container. It's the ultimate boundary that provides the stability for everything happening
inside it. But as you can probably guess, this is where the theory runs into its harshest criticism.
I mean, it challenges sacred cows of physics, like the idea that nothing can go faster than light,
or that quantum events are fundamentally random, proposing a final container that is,
by definition, unobservable and infinite. Well, it pushes the idea beyond testable science.
As one critic put it, "It's walking a razor's edge, blurring the line between physics and pure
philosophy." And that leaves us with a really provocative final thought. If a theory like this
is even remotely correct, and our entire universe of change is nested inside something that is
changeless and eternal, what does that mean for our own experience? Is our perception of time passing,
of a past, present, and future, reflecting a fundamental reality? Or is it all just a
local effect, an illusion created by the dynamic processes happening inside an ultimately timeless
whole?