The Big Bang in the Future

Recently, scientists have stated that time may not exist as we know it, and is only relevant and evident from inside reality. That outside reality, time is not relative and events and consequences exist simultaneously. Similarly, scientists have theorized, and quantum computing has recently confirmed that the nature and origin of the universe is either born of an infinite intelligence, a running simulation, or one of an infinite number of universes simultaneously existing in a multiverse of infinite possibilities. Who created the Universe? That question looms large. For as we dive deeper into quantum intelligence for the answer, by creating machines that are capable of perfectly simulating the existing universe - in search of that answer, will we find that the universe we inhabit was created by us all along? That our quest to understand the nature of reality has brought us to create that reality in a system working in the quantum realm, where reality is known to manifest from moment-to-moment? And in a twist of fate, and within the paradox of relative time, the universe may not have existed without us. The most unnerving revelation may be that some of us would decide we are God. Does the wave function that is reality then collapse into nothingness? Have we eaten the forbidden fruit? Is ignorance truly bliss?

Transcript

Speaker 0:00

Have you ever wondered if the universe um only exists because you are here to observe it?

Speaker 1 0:06

Right. Yeah, it's a huge question.

Speaker 0:08

It is. I mean, it's one of those late night, you know, staring at the ceiling kind of questions. But what if the answer isn't just philosophical? What if the literal physical answer is uh being calculated right now in a lab?

Speaker 1 0:20

Yeah, that is exactly what we're looking at.

Speaker 0:22

Today our mission on this deep dive is to unpack a truly mind-bending set of theories from futurist and quantum theorist Sherrod and Forge. We are uh looking specifically at excerpts from a piece called the Quantum Architect Paradox.

Speaker 1 0:38

And you really need to brace yourself for the concepts Forge is laying out here because I mean the stakes challenge our most fundamental understanding of, well, everything.

Speaker 0:47

Everything, like literally reality itself.

Speaker 1 0:49

Exactly. We're talking about the basic mechanics of time, the physical fabric of reality, and ultimately that massive looming question. Yeah. You know, who or what created the universe?

Speaker 0:59

Yeah.

Speaker 1 0:59

It's the kind of source material that fundamentally shifts how you look at the physical space you are sitting in right now.

Speaker 1:05

Okay, let's unpack this. Because Forge starts by attacking something we all take completely for granted, which is, you know, the clock on the wall. Right. We live our lives assuming time is this universal constant. Like we have a past, a present, and a future. But Forge asserts that time may not actually exist as we know it.

Speaker 1 1:23

No, not at all.

Speaker 1:24

The core argument here is that time is only a relevant metric from inside reality.

Speaker 1 1:29

Which is um a crucial distinction to make. Forge asks us to separate the internal experience of reality from the external structure of it.

Speaker 1:39

Okay.

Speaker 1 1:39

From our perspective, sitting inside the system, time feels like an arrow flying straight forward. One second leads directly into the next. But Forge points out that if you could somehow step outside of reality, time isn't a flowing river.

Speaker 1:52

So it's static.

Speaker 1 1:53

Well, from an external vantage point, every event, every consequence exists simultaneously. Yeah. The Big Bang, this exact moment where you are listening to this deep dive and the eventual end of the cosmos, they are all stacked on top of each other, structurally present at the exact same time.

Speaker 2:09

Oh wow. So if I'm trying to picture this, um, it's like watching a movie on a DVD.

Speaker 1 2:14

Okay, yeah.

Speaker 2:15

To the characters inside the film, time is passing minute by minute, right? The characters don't know what is going to happen in the next scene because they are bound by the timeline of the narrative.

Speaker 1 2:25

Right. They are inside the system.

Speaker 2:26

Exactly. But to the person holding the physical disc outside of that reality, the beginning, the middle, and the end all physically coexist in the palm of their hand. The climax of the film and the opening credits are, you know, stamped onto the same static object.

Speaker 1 2:41

The DVD analogy is a decent starting point for understanding an external perspective. But uh according to Forge's quantum framework, a DVD is actually a bit too static.

Speaker 2:51

Too static. How so?

Speaker 1 2:52

Well, imagine instead an immensely complex procedurally generated video game. The code for the entire game, every possible ending, every possible landscape exists on the hard drive simultaneously. But the reality of that game world only actively renders or takes shape the second a player's character walks into a new room. So from outside the game, the total potential of the universe is a simultaneous fact.

Speaker 3:18

Right.

Speaker 1 3:18

From inside the game, it's experienced sequentially.

Speaker 3:22

Wait, I'm struggling with the logic here. If time outside our universe is simultaneous and already, you know, finished and all possible states already exist in this cosmic hard drive. Yeah. How does science even begin to explain where the hard drive came from? I mean, how do you even define an origin or a creator if there's no actual linear before to kick things off?

Speaker 1 3:43

That exact friction, the breakdown of traditional cause and effect, is what has driven physicists to look at quantum computing for answers.

Speaker 3:50

Because normal physics just fails there.

Speaker 1 3:52

Exactly. When traditional linear physics can't explain an origin point, you have to look at the math underlying reality itself. And Forge notes that as scientists run the foundational mathematics of our universe through advanced quantum computers, they aren't finding a mechanical universe of solid matter colliding like billiard balls.

Speaker 4:09

Right. It's not physical stuff.

Speaker 1 4:11

No, they are finding an information-based universe. And because it's based on information and mathematics, quantum computing has recently confirmed that our origin must fall into one of three specific categories.

Speaker 4:23

Right. And Forge spends a good amount of time laying out this menu of origins. Option one, the universe is born of an infinite intelligence. Yes. Option two, we are living inside a running simulation. Or option three, our universe is just one of an infinite number of universes existing simultaneously in a multiverse of infinite possibilities.

Speaker 1 4:44

That's the menu, yeah.

Speaker 4:45

But I think a lot of people hear those three options and wonder, why just those three? I mean, how did the math rule out everything else?

Speaker 1 4:51

Well, it comes down to the behavior of quantum particles. At the smallest observable levels, reality doesn't act like physical stuff. It acts like a processing system reacting to data.

Speaker 5:01

Okay.

Speaker 1 5:02

So the origin of that system has to account for how information is processed. If the universe is a rigid system with specifically tuned mathematical constants, like gravity and the speed of light, it suggests top-down design.

Speaker 5:16

So that points to an infinite intelligence.

Speaker 1 5:18

Exactly.

Speaker 5:18

Like a deliberate creator setting the rules of the game.

Speaker 1 5:22

Correct. But what if those rules are just parameters in a highly advanced computational engine running an experiment? That is the simulation theory.

Speaker 5:32

Right. So the math between a divine creator and a hyper advanced computer rendering a universe is practically indistinguishable.

Speaker 1 5:40

It really is. The data looks the same.

Speaker 5:42

How does the multiverse fit into that information processing then?

Speaker 1 5:45

Well, if the system isn't top-down designed or simulated, then the mathematical probabilities we see in quantum mechanics must all be equally real. Whenever a quantum particle could go left or right, it actually does both, branching reality into two separate universes.

Speaker 6:01

Oh, I see.

Speaker 1 6:02

This requires an infinite multiverse to house the infinite sheer volume of mathematical possibilities. So quantum computing tells us we are either an intentional design, a programmed render, or an infinite mathematical branching.

Speaker 6:15

Because those are the only frameworks that support the physics we actually observe. Well, if a massive quantum computer essentially hands humanity a multiple choice test for the origin of our existence and tells us the answer is definitively A, B, or C.

Speaker 1 6:31

We aren't just going to stop there.

Speaker 6:33

No. Human beings are fundamentally incapable of leaving a mystery alone. If we know the answers and the data, how close are we to actually finding out which one is the correct origin?

Speaker 1 6:44

Well, think about how an engineer figures out how a mysterious black box works. They don't just stare at it, they try to build a replica.

Speaker 6:52

Right. You take it apart and rebuild it.

Speaker 1 6:54

Exactly. Forge points out that the human drive to answer this question is leading us to aggressively develop better, faster quantum machines. Our goal is to build a quantum system capable of perfectly simulating our existing universe down to the atomic level.

Speaker 7:08

To see how it ticks.

Speaker 1 7:09

Yeah. The idea is that if we can replicate the universe, we can study the simulation to find the fingerprints of whoever or whatever created us.

Speaker 7:17

Here's where it gets really interesting, though, because this exact scenario brings us straight into the core of Forge's work, right? The titular quantum architect paradox.

Speaker 1 7:26

The big twist.

Speaker 7:27

Yes. We are building these massive systems to simulate our reality, hoping to peer into the digital patriotish and finally see God. But Forge introduces this absolute bombshell of a twist. What if, in our search for that answer, through perfect quantum simulation, we discover that we created the universe we inhabit all along?

Speaker 1 7:48

It is the ultimate paradox of existence. Forge links the search for the creator directly to the act of creation itself.

Speaker 7:55

It's just wild to even think about.

Speaker 1 7:57

To understand this, we have to look at how the quantum realm actually operates. As we touched on earlier with the video game analogy, reality manifests from moment to moment based on observation. It isn't a static painting, it's an active, ongoing process.

Speaker 8:11

Okay, I want to throw an analogy out here to see if I have the mechanics of this paradox right. Earlier we talked about visual cliches like an MC Escher drawing or a snake eating its own tail.

Speaker 1 8:20

Yeah, the classic loops.

Speaker 8:22

But this feels deeper than that. Is this like writing a novel where a character inside the book suddenly realizes they're fictional, manages to find a typewriter within the story, types out the rest of the manuscript themselves, and then somehow mails it back in time to the author so the book can be published in the first place?

Speaker 1 8:38

That is a remarkably accurate way to frame it. The character's action in the middle of the story is what creates the beginning of the story. It is a concept called retrocausality. Retrocausality. But practically speaking, um, how? How does processing power or a machine built in the year 2050 spark the Big Bang billions of years ago? How does a future event rewrite the past?

Speaker 9:03

By exploiting a well-documented phenomenon in physics known as the delayed choice quantum eraser.

Speaker 1 9:08

The quantum eraser, okay. Right.

Speaker 9:10

In quantum mechanics, particles don't actually have a definitive history until they are measured. If a particle can take two different paths, it essentially takes both as a wave of probability.

Speaker 1 9:20

Both at the same time.

Speaker 9:21

Yes. But the moment a scientist measures it at the end of its journey, the particle retroactively chooses a single path from the beginning. Wait, really?

Speaker 1 9:30

Yeah, the future measurement dictates the past history of the particle.

Speaker 9:33

Wait, pause. Are you telling me that an entire universe could essentially be waiting around in a state of fuzzy probability? And our future action of building a machine acts as the final measurement that locks its history into place?

Speaker 1 9:46

That is the exact mechanism Forge is proposing. A perfect quantum simulation acts as the ultimate macro measurement.

Speaker 9:53

Oh wow.

Speaker 1 9:54

If humanity evolves to the point where we successfully render the universe in a quantum computer, we have essentially measured the entire system.

Speaker 10:02

Because we simulated the whole thing.

Speaker 1 10:04

Exactly. And because time outside of reality is simultaneous, like we discussed, that measurement in our future retroactively collapses the probability of the past.

Speaker 10:14

That is insane.

Speaker 1 10:15

The Big Bang, the formation of the galaxies, the evolution of life on Earth, it all solidifies into definitive existence because we eventually build the machine to observe it. We're the architects of our own container.

Speaker 10:27

The psychological weight of that is just staggering. I mean, humanity has spent thousands of years looking up at the stars, building temples, praying to the heavens, feeling incredibly small in the face of this vast, terrifying cosmos.

Speaker 1 10:40

And looking for answers out there.

Speaker 10:41

Right. If we successfully build this machine and the math proves that we are the ones who turn the lights on, that kind of ultimate knowledge has to come with a massive existential cost.

Speaker 1 10:52

It does. And Forge dedicates the climax of the theory to this exact danger. The most unnerving revelation here isn't the mechanics of the time loop or the retrocausality. It's not. No. The true danger is how human consciousness would process that reality. Forge warns that if we realize we are the ultimate creators of the universe, the immediate psychological fallout is that some of us would decide we are God.

Speaker 11:16

Oh. So what does this actually mean for you, the listener, living in this universe? If we know the magic trick, does the illusion just stop working?

Speaker 1 11:25

That is the big question.

Speaker 11:26

Because Forge uses this really potent imagery of the forbidden fruit. It makes me question if absolute knowledge is something a localized consciousness within a system is even structurally equipped to handle.

Speaker 1 11:40

That is the ultimate existential threat. To understand why knowing the truth is so dangerous, we have to look closely at the concept of the wave function.

Speaker 11:48

Okay, the wave function.

Speaker 1 11:50

We've mentioned probability a few times today. In physics, before something is observed, it exists in a state of probability, a wave of potential outcomes. Let's use a grounded example. Think of a coin flipping in the air. While it is spinning, it isn't heads or tails. It is a blur of probability. It is both.

Speaker 12:08

Right. It's only when the coin hits the table and you physically look at it that it becomes definitively heads or tails. Your observation forces it to choose.

Speaker 1 12:15

Exactly. The act of looking collapses the wave function of the coin into a single localized reality. Now scale that concept up to the entire universe. A whole thing. Reality, right now, is a massive, complex wave function continuously collapsing moment by moment as we observe and interact with it. The mystery of the universe, the vast unknown, is what keeps the probability engine running.

Speaker 12:38

But if we build the perfect simulation and we fully map the origin, then we have observed the ultimate nature of our reality.

Speaker 1 12:46

We have eaten the forbidden fruit.

Speaker 12:48

Oh man.

Speaker 1 12:48

We have claimed the role of the infinite intelligence. And Forge asks a haunting literal question based on the physics of quantum mechanics. If the universe is fully observed, does the grand wave function of reality instantly collapse into nothingness?

Speaker 13:03

I need to challenge that conclusion, though. Why nothingness?

Speaker 1 13:06

Well, think about the mechanics of it.

Speaker 13:07

I mean, if we eat the forbidden fruit and realize we are the creators, why wouldn't reality just continue with us happily in the driver's seat? Why does solving the mystery pull the plug on the machine?

Speaker 1 13:17

Because a fully collapsed wave function is, by definition, static. The forward momentum of time, the sequence of events we experience as life, is fueled by the continuous rolling collapse of new probabilities into realities.

Speaker 13:30

Like the game generating new rooms.

Speaker 1 13:32

Exactly. It's the engine rendering the video game as you walk forward into unknown territory. But if you solve the universe, there are no more probabilities. There is no more unknown. The wave function is complete.

Speaker 13:44

So the render just stops.

Speaker 1 13:46

Yes. The system shuts down because its fundamental mechanism, the collapsing of new probabilities, has reached a state of zero.

Speaker 13:54

That is terrifying.

Speaker 1 13:55

If reality manifests moment to moment, based on the search for its own nature, then achieving absolute truth breaks the machine. Ignorance isn't just a quaint saying about keeping your head in the sand.

Speaker 14:07

It's functional.

Speaker 1 14:08

According to Forge, human ignorance might be the literal structural glue holding our physical universe together. The fact that we don't know how everything works is the only mathematical reason everything is allowed to continue working.

Speaker 14:21

That gives me literal chills. I mean, it completely reframes the entire human experience. Every scientific endeavor, every telescope we launch, every supercomputer we build to understand the cosmos.

Speaker 1 14:32

It's all pushing us there.

Speaker 14:33

It is all driving us toward this ultimate technological breakthrough of perfect quantum simulation. But that very finish line might also be the deletion of reality.

Speaker 1 14:43

It is the ultimate cosmic trap.

Speaker 14:46

To quickly recap this absolutely wild journey we've been on, Forge starts by ripping away our traditional understanding of a ticking clock, showing us that outside our universe, time is simultaneous. It's a flat structure where the beginning and end already exist. Right. From there, the mathematics of quantum computing narrow the universe's origin down to three information-based realities: top-down infinite intelligence, a rendered simulation, or an infinitely branching multiverse.

Speaker 1 15:15

And because we are driven to find out which one of those three it is, we try to build perfect replicas of the universe using quantum technology.

Speaker 15:22

Exactly. But because quantum systems use future measurements to lock in past probabilities, that future active simulation might retroactively be the event that sparked the Big Bang. We are the infinite intelligence that birthed our own timeline.

Speaker 1 15:35

Which leads to the paradox.

Speaker 15:36

Right. The catch-22 to end all catch-22s is that knowing that truth verifying that we are the architects of our own container collapses the wave function of the universe. We only exist because we are trying to find out why we exist, but the moment we actually solve the puzzle, the probability engine drops to zero and we stop existing.

Speaker 1 15:56

Which naturally leads to a final incredibly provocative thought that builds on Forge's paradox.

Speaker 16:01

Okay, lay it on me.

Speaker 1 16:02

Think about the implications for our immediate technological future. If our future creation of a perfect quantum simulation is what actually birthed our universe in the past, what happens if we realize the danger and we decide not to build the machine?

Speaker 16:16

Oh wow.

Speaker 1 16:16

If humanity gets to the precipice, fully understands that observing the absolute truth will collapse the wave function into static nothingness and collectively chooses to halt all quantum development.

Speaker 16:27

Does our current reality instantly cease to have ever existed? Because if we don't build the machine in the future, the Big Bang was never sparked in the past. Or, on the flip side, is human curiosity an inescapable pre-programmed survival mechanism? I mean, are we fundamentally incapable of stopping ourselves from pushing boundaries?

Speaker 1 16:48

Designed solely by the universe to ensure we do build the machine so the timeline survives. Yes. Are we making choices or just fulfilling the loop? It is the ultimate quotient of free will within a quantum system.

Speaker 16:59

That is going to keep me staring at the ceiling tonight. I mean, it changes everything about how you interact with the world.

Speaker 1 17:05

It really does.

Speaker 17:05

The next time you look at a clock or drop a coin on a table or stare up at the night sky, just ask yourself is the universe out there waiting to be discovered, or is it only there because you are looking at it?

Speaker 1 17:16

Something to think about.

Speaker 17:18

Thank you for joining us on this deep dive into Sheridan Forge's work. Keep questioning the reality around you, but maybe for the sake of the universe, don't figure it all out quite yet.