Stas Rutkowski

Creator 360° founder and launch team member of 40+ startups. Known as ApeX, Sentient Light & Absent I'm an Artist, Father, Creative and founder 360 Station.

[Stas Rutkowski @stasr]

Friction does not necessarily increase steadily with load, as postulated by Amontons' law... this aligns to the new post materialistic world we enter more daily. Enjoy the ride. https://t.co/8NC0QdOrgn

[Stas Rutkowski @stasr]

@CharlesMullins2 Right on

[Stas Rutkowski @stasr]

@DianaT192 You're not in a simulation it is a lot about being able to solve problems on a 2-D plane as 3-D beings. You can even make an entire environment and have it only a rectangle from a point of perspective we're not limited to one point of perspective we have access to all of them.

[Stas Rutkowski @stasr]

https://t.co/uJKFN20kVk

[Stas Rutkowski @stasr]

ApeX • Hamptons 🔉

[Stas Rutkowski @stasr]

@QuantumTumbler Consciousness first

[Stas Rutkowski @stasr]

https://t.co/bVbbJnRq27

[Stas Rutkowski @stasr]

NSF announces $1.5B NSF X-Labs initiative to pursue generational breakthrough science efforts | NSF - U.S. National Science Foundation https://t.co/VpsEkJF3GU

[The Debrief @Debriefmedia]

A "transdimenstional" anomalous Hall effect has been observed for the first time—here’s what that could mean. https://t.co/qviHEKBLQE

[B @QuantumTumbler]

The universe doesn’t start as matter.
It starts as possibility.

Waves first.
Reality second.

What we call “matter” isn’t the starting point, it’s what’s left after interactions settle things down.

At the fundamental level, physics doesn’t deal in solid objects. It deals in fields, amplitudes, and probabilities. Not things, but ways things could be.

Before interaction, a system isn’t “this or that.”
It’s a spread of possibilities described by a wavefunction.

And then something happens.

Interaction. Measurement. Coupling.
Call it what you want, but that’s the moment where possibilities stop being interchangeable and start producing outcomes.

Not everything survives that process.

Most of it cancels out, decoheres, or never becomes accessible at all. What we observe is the tiny slice that makes it through.

That’s what we call reality.

So it’s not that the universe is made of solid building blocks that occasionally behave like waves.

It’s the opposite.

The wave-like structure is the full description.
“Particles” are what emerge when that structure is filtered through interaction.

That’s why you don’t observe reality directly.
You observe what survives contact with your measurement.

Everything else is still there in the math but it’s no longer part of your accessible world.

So when people ask “what is the universe made of?”
they’re already skipping a step.

It’s not made of things.

It’s made of possibilities that get reduced into things.

Waves first.
Reality second.

[Stas Rutkowski @stasr]

@forallcurious You can't find what's already there

[Stas Rutkowski @stasr]

The material isn’t following classical rules — it’s showing how a deeper intelligent field (the plenum) can allow paradoxical, multi-layered behavior where “impossible” properties coexist stably. It’s like a macroscopic demonstration of your phase-locking operators and safeguard

[Stas Rutkowski @stasr]

https://t.co/X4MwonrTYi

[TheNewPhysics @CharlesMullins2]

🚨 BREAKING: Electronics just survived near absolute zero… and didn’t fail.

That shouldn’t be possible.
Most semiconductors die below -173°C (100K)
Quantum computers run at ~4K
→ That gap has been a hard wall.
Until now.
Scientists built working transistors using gallium oxide (β-Ga₂O₃) that operate down to:
2 Kelvin (-271°C)
Almost absolute zero.
Here’s why this matters:
Normal chips fail because of “freeze-out”:
• Electrons stop moving
• Dopants can’t release charge
• Circuits basically go dead
Cold = no carriers = no electronics
But this material breaks that rule:
• Ultra-wide bandgap → stable structure
• Low leakage → clean signals
• No freeze-out → electrons still move
Meaning:
Electronics can now operate where physics normally shuts them down
Why this is huge:
• Quantum computers → control electronics can sit closer to qubits
• Space tech → deep-space probes won’t freeze
• Sensors → extreme environments become usable
The deeper shift:
We’ve always designed electronics for heat limits
Now we’re engineering for cold limits
That’s a completely different frontier.

Follow me I track where physics becomes engineering.

[For all Curious @fascinatingonX]

🚨ATTENTION: Japanese create device capable of recording dreams and watching them as if it were a Movie

[Stas Rutkowski @stasr]

ApeX 🔈A'ho Mitakuye, part 1 of 2 and 2 of 2

[Stas Rutkowski @stasr]

Apex https://t.co/DG5tLJ7meC

[Stas Rutkowski @stasr]

ApeX