I’ve always wondered — if black holes are pulling matter and energy out of our universe, does that mean the total amount is shrinking? But then I came across something fascinating: white holes. They’re basically the opposite of black holes — instead of sucking everything in, they push matter and energy out. And this isn’t just my wild imagination — Einstein himself proposed something like this back in 1935! The idea is that black holes and white holes could be connected through wormholes, possibly transferring energy between universes. So maybe the universe is balancing itself after all. Nobody has observed white holes yet, but the math of general relativity actually allows them. Crazy, right?

Following my last post about black holes and white holes, I want to push the idea further. We usually think of our universe as a closed box with a fixed amount of mass and energy. But what if it’s not? What if our universe is actually an open system — with inlets and outlets?

Here’s how I picture it: white holes act as one-way inlets, bringing mass and energy in from other universes. Black holes act as one-way outlets, pushing mass and energy out to other universes. The total amount of mass and energy in our universe at any moment isn’t some fixed constant — it’s defined by the balance between what flows in and what flows out.

Maybe this total depends on other factors too — I don’t know yet, and honestly, I don’t need to know right now. What matters is the mechanism: our universe breathes. It inhales through white holes and exhales through black holes. And perhaps every universe out there is doing the same — all connected in a vast cosmic circulation.

In my previous posts, I imagined our universe as an open system — exchanging mass and energy with other universes through black holes and white holes. Now I want to push the idea even further, into the nature of time itself.

We usually think of time as something continuous, flowing smoothly from one moment to the next. But what if it isn’t? What if our universe is actually beating — like a heart? When the beat is “one,” our universe exists and we experience reality. When the beat is “zero,” our universe doesn’t exist at all. We have no awareness, no information, no memory of those gaps. We only feel the “ones,” so we stitch them together and call it continuous time.

Here’s where it gets wild: during our “zero” moments, other universes might be in their “one” moments. Each universe has its own scope of time, its own rhythm of existence. And these beats aren’t synchronized or evenly distributed — they’re random and unequal across universes.

But just like with mass and energy, I believe there must be a balance. Not a fixed amount, but a kind of cosmic equilibrium — almost like game theory. Maybe time allocation and mass-energy are even connected: the more existence-time a universe receives, the more material flow it requires, or vice versa. A grand negotiation between universes, played across existence itself.

Which brings me to a question I want to leave you with: If the beats are random and unequal, what enforces the balance? Is it a natural law we haven’t discovered yet, or something more fundamental — perhaps woven into the very fabric of existence?

In my previous posts, I imagined our universe as something that beats between existence and non-existence. But I want to refine that idea now, because I don’t think it’s that simple anymore.

Imagine a vast domain — like a matrix — where all universes exist within. Each component of this matrix can take any value, not just zero or one, but anything in between, even imaginary numbers, like a qubit. Each unique configuration of values represents a different universe. Our universe corresponds to one very specific arrangement. Any other arrangement belongs to a different universe. This means infinite universes can coexist within the same domain.

So we’re not really blinking between existence and nothingness. We’re blinking between which universe is manifesting. When our configuration is active, we experience reality. When the values shift, another universe becomes active, and we go dormant — not gone, just not manifesting. All the matter, energy, and possibilities always exist in the domain. We are just one special arrangement among infinite others.

Here’s the deeper truth: this blinking is only how it feels from inside. From our limited perspective, we exist sequentially, taking turns with other universes. But from outside the domain — from a vantage point that sees the whole — there is no blinking. All universes exist simultaneously. Time itself is meaningful only to the inhabitants of each universe. For the external observer, time is meaningless. Everything is, all at once.

And the shifts between universes? They’re not random. They feel like chaos, but I believe there’s an order hidden inside that chaos — a logic we cannot yet perceive. Maybe the black holes and white holes I described in earlier posts are part of this mechanism, nudging the matrix values, shifting which universe gets to manifest next, exchanging energy and matter along the way.

So perhaps reality isn’t a single universe expanding through time. Perhaps it’s a vast, timeless domain holding all possibilities — and we are simply one configuration becoming briefly aware of itself, before passing the moment to another.

In my previous post, I described reality as a domain holding infinite universes — each one a unique configuration of values in a vast matrix. But I left a question hanging: what determines the order of which universe manifests next? Is it predetermined, or something else?

I want to be clear: I don’t think there’s a script. I’m not talking about destiny or any kind of cosmic plan. The order isn’t written in advance — it emerges from the mechanism itself, from the interactions between universes.

Here’s how I see it now: the matrix of our universe is dynamic. The values aren’t fixed — they’re constantly moving, almost like Brownian motion, shifting through an n-dimensional space. The events happening within our universe — the births of stars, the collisions of galaxies, the great natural forces playing out — these shape special points in the matrix. Those points become the black holes and white holes. The dynamics don’t just produce black holes and white holes as side effects; they are the dynamics made visible.

And this works in both directions. Events in our universe affect other universes. Events in other universes affect ours. When overflow happens in fundamental forces here, it can trigger the existence of another universe and the dormancy of ours. When dramatic events unfold in another universe’s configuration, they ripple back and manifest as white holes appearing in ours — bringing in matter and energy.

From our limited perspective, this looks sequential — we experience one universe at a time, blinking in and out. But from the domain’s timeless view, all these exchanges happen simultaneously. The whole system is one vast feedback loop, where every configuration influences every other.

So the order isn’t random, and it isn’t fixed. It depends on the state of interactions at every moment. Certain sequences may be more likely than others — like attractors pulling the system in particular directions — but we don’t yet know the probabilities, and we may never fully see the pattern from inside.

What we do know is this: we are not passive passengers. Our universe, through its own dynamics, is constantly shaping what comes next — for itself, and for every other universe in the domain.