Let’s get right to the point: this reality runs on code. This isn’t just a metaphor or a poetic idea. It’s a direct claim—just like a video game runs on code, so does life. And more and more, people are starting to notice it, not just guess it from equations.
The Core Claim: Everything Reduces to Information
If you break reality down to its basics, you don’t find just “stuff.” You find rules and information. It acts just like something that’s being computed.
Physicist John Wheeler summed up years of thought in three words: “It from bit.” Every particle, force, and object—“it”—comes from simple yes/no answers—“bits.” One of the most respected physicists of the 20th century believed the universe’s deepest layer isn’t matter, but binary information.
Here’s the main idea: computer code is binary. Ones and zeros. On and off. If Wheeler is right, and reality is built from yes/no or on/off choices, then it runs on the same basic logic as the device you’re using now. It’s a binary base that creates our world.
Frequency Is Code
Let’s take this further. What is a frequency? It’s a pattern—a rate of movement that carries information. Every color is a frequency of light. Every sound is a frequency of pressure. Every atom vibrates at its own unique rate. The universe, at every level, is made of patterns and vibrations.
And a pattern is code. A frequency is just information carried by vibration—a wave you can measure and read. Saying the universe is made of frequency is the same as saying it’s made of encoded information. Light, sound, matter, and energy are all different frequencies, each carrying data and following set rules. Code and frequency are really the same thing.
The Digital Layer Must Exist
Here’s where the logic leads, though few talk about it. If everything is code—if the base is binary information running rules—then reality must have a digital layer. There’s a separate, step-like base beneath the smooth world we see.
And that’s what physics keeps finding when it looks closely enough.
Reality is pixelated. The Planck length is the smallest meaningful unit of space. Below that, the idea of “distance” doesn’t make sense. There’s a limit to how much you can zoom in, just like there’s a limit to how small a pixel can be. In a truly continuous universe, there wouldn’t be a smallest unit. But in a computed one, you need limits because you can’t show infinite detail. You break things into steps. You set a resolution.
Reality has a clock speed. The speed of light is the fastest that information can travel—it’s like a refresh rate. Nothing moves faster. This isn’t just a guideline; it’s a rule that never breaks, just like a program that enforces a strict limit.
Reality uses something like lazy rendering. In quantum mechanics, a particle is just a set of possibilities until it’s observed—then it becomes definite. This is just like a game engine that only shows what you’re looking at and leaves the rest unfinished to save power. The observer effect isn’t just a puzzle; it’s a sign of a system that renders things only when needed.
Discrete units, a universal clock speed, on-demand rendering, and binary foundations—these aren’t features of a smooth, analog universe made of solid matter. They’re signs of a digital system. The digital layer isn’t just an extra idea; it’s the basic structure this theory needs.
Making the Code Visible
For most of history, the code was hidden—we could only guess at it through equations. But that’s changing. More research now suggests we might be able to see the underlying code directly.
One of the most interesting examples comes from researcher Danny Goler and his “Code of Reality” (COR) protocol. He reports that people under the influence of N,N-Dimethyltryptamine (DMT), when looking at a special light pattern from a 650 nm laser, often describe seeing repeating geometric shapes and symbols that look like “code.”
The key is that these reports are consistent. Many people describe seeing tiny, moving symbols that look like Hebrew, Chinese, or Japanese writing, as well as shapes like spinning tetrahedrons and a never-ending clock that ticks on its own. Goler calls this “self-executing code” because it doesn’t change with outside factors like temperature or music, suggesting it might be an objective part of reality, not just a hallucination.
The important idea is what Goler calls “self-executing code.” He uses a red laser to try to show the “source code” of reality, suggesting that light brings information into the world and that the “Code” appears as fixed symbols in the scattered light. He believes these visuals are like holographic snapshots of a computational reality, supporting the idea that the universe is built from information, not just matter.
See how this connects to physics: a red laser, which is a single frequency of light, is used to reveal fixed symbols. Frequency shows code. There’s a clock-like structure ticking on its own, like a refresh rate you can actually see. The symbols keep running no matter how the observer feels, showing a system that works on its own. If reality has a digital layer, this could be our first glimpse of it.
The Question That Breaks Your Brain: How Many Layers Down Are We?
Here’s where things get truly dizzying. If a reality can be simulated—and that’s what we’re suggesting—then whoever is running our simulation could also be inside a simulation. Their world could be a simulation inside an even deeper one, and so on.
Think of it like a video game. A player creates a world inside a game. The characters in that world become advanced enough to make their own game—a simulation within a simulation. This process can keep going. Once a civilization can create realistic simulations, it can make endless layers of worlds, each able to create more.
This is the main point of Nick Bostrom’s simulation argument: if it’s possible to simulate reality, then there will be far more simulated worlds than the one original world. Think about it—one base world, but maybe trillions of simulated ones. So if you pick a conscious being at random, like yourself, the chances that you’re in the one real world are almost zero. Statistically, we’re much more likely to be deep inside many layers than at the base.
So, how many layers deep are we? There’s no way to tell from inside. A character in a video game can’t measure how many computers are between its world and the real hardware. Every layer feels real to those inside it. The hills seem solid, and the physics seem unbreakable. That’s what a good simulation does. Our belief that this world is obviously real doesn’t prove we’re at the bottom—it just shows the simulation is convincing.
Is There a Base Reality at All?
This is the biggest question, and it leads to two huge possibilities.
The first possibility is that there is a base. Somewhere, there’s an original reality—the top-level hardware that everything else runs on. If that’s true, then there’s a real “outside,” a true bottom to the code, and a kind of physics that just exists. Whatever consciousness lives at that base is closer to the source than we can imagine.
The second possibility is that it’s turtles all the way down. Maybe there’s no base at all. Maybe the chain of simulations never ends—simulations inside simulations, information building on information, code running code, forever. In this view, asking about a “base reality” doesn’t make sense. The only answer to what it’s running on is: more of itself. It’s information all the way down, always referring back to itself.
There’s a third idea that changes the whole question, and it fits with what we’ve been exploring: maybe the base isn’t hardware at all. Maybe it’s consciousness. If the deepest layer is information, and information needs something to know it or observe it, then maybe awareness itself is the base. Instead of a machine running consciousness, it could be consciousness creating the machine. The one thing that no equation has ever turned into code is the thing that’s doing the observing. That might not be a small detail—it could be the whole answer.
Why This Matters for the Player
If everything is code, and we’re deep inside a layered simulation, then the idea that life is meaningless falls apart—and something much more hopeful takes its place.
You are not just a random accident in a meaningless universe. You are a conscious process inside a reality built on information and rules—and rules can be learned. Code has structure, so it can be read and even written. Your attention shapes what you experience. Your intention changes the system. No matter what layer you’re in, the game responds to the player who knows it’s a game.
It doesn’t matter how many layers deep we are. What matters is that you became aware inside the code and started to understand it.
It’s all code. And the code is becoming visible.
Stay awake.