Proof: Light Itself — Punabantu vs Einstein vs Alcubierre

How Light, Warp Bubbles, and the Collision Drive Could Rewrite Space Travel

[Arriving rapidly at the point where Africa can and will take over the sciences and move ahead of the world.]

Using the Fields Do Not Exist Hypothesis (FDNEH) as the lever with which to open Autonomous Matter Theory (AMT), not only do we have a complete theory of everything, but a Lagrangian equation that encompasses all known particles and forces, including gravity, in a unified and consistent mathematical framework conceptualized and developed by Siize Punabantu. This framework negates 39 fundamental concepts currently held in modern science (https://collision-drive.blogspot.com/p/concepts-in-physics-negated-by.html). Furthermore, Punabantu proposes we already have the science and technology to test the next frontier of science, namely Collision Drive, a propulsion system he conceptualized, invented and gained proof of concept. Using AMT theory Punabantu challenges Einstein and Alcubierre with the proposition that as surely as a warp drive accelerates matter faster than the speed of light (FTL) accelerating matter towards the speed of light (something C-Drives show on paper they can do) causes a warp bubble to form naturally around matter (a process referred to as 'sequestration'). Where is the proof? The proof is light itself.

What if warp drive isn’t a technology we have to invent, but a natural feature of matter itself? Siize Punabantu’s Autonomous Matter Theory argues that as objects near light speed, they naturally form warp bubbles—just like photons do. With his Collision Drive promising thrust powerful enough to reach near-light speed in minutes, the question isn’t whether warp exists, but whether we’re ready to test it.

Warp drives have long lived in the borderlands between physics and science fiction. Einstein’s relativity tells us that matter approaching the speed of light needs infinite energy. Alcubierre offered an escape clause: don’t move the ship through space, move space around the ship. Both frames assume warp is something to be engineered.

Siize Punabantu’s Autonomous Matter Theory flips that thinking on its head: what if warp isn’t an invention at all, but a natural property of matter? As matter nears light speed, it doesn’t just strain against relativistic limits—it begins to form a warp bubble on its own.

The proof, Punabantu suggests, is hiding in plain sight. Light itself. Photons live permanently at c. They bend around galaxies, experience no passage of time from their own perspective, and glide effortlessly through the universe without ever slowing down. In this view, photons aren’t passengers in spacetime—they’re already flying inside their own warp bubbles.

• Einstein: You’ll never reach light speed; the energy cost is infinite.

• Alcubierre: Fine, then let’s build an exotic warp bubble around us.

• Punabantu: Why build what nature already does? Just follow the light.

That’s where the Collision Drive (C-Drive) comes in. Punabantu’s invention uses counter-rotating arms and perfectly inelastic collisions to generate extraordinary thrust. The math suggests it could accelerate a craft to near-light speed in minutes. And if Autonomous Matter Theory is right, a C-Drive ship wouldn’t just go faster—it could slip into the natural warp regime that photons already inhabit.

That changes the game. Instead of asking whether warp bubbles are real, the challenge becomes experimental: build the C-Drive, push it to the limit, and watch what matter does when it brushes against c.

So maybe the first warp ship won’t come from exotic matter or impossible energy budgets. Maybe it will come from daring to light up a Collision Drive—and letting nature do the rest.

Quick Links:

39 Fundamental concepts in modern day physics negated by Autonomous Matter Theory (AMT)

Autonomous Matter Theory (AMT) Explained

Mass energy equivalence and the "fields do not exist" hypothesis

The Advantage of C-Drives Having a High Density Mass Flow

C-Drive Warp Drive Credentials: Earth to Mars in 12 seconds