The War With Incompleteness
Some questions don't close. They wait.
November 2024. A beach in Sardinia, where I was born. My wife Jenn is next to me and we’re talking about my novel... a science fiction story where something called “flux” permeates everything. I’m trying to explain what flux looks like, what shape it would have if you could see it.
And then the image appears.
I pick up a stick and draw it in the sand without thinking. Just a symbol for a novel.
Except something about it feels right in a way that has nothing to do with fiction.
I know that feeling. It’s not excitement. It’s closer to recognition... the specific discomfort of encountering something you’ve been looking for without knowing you were looking for it.
I’ve been at war with incompleteness my entire life.
Not just in physics. Everywhere.
There’s a pattern I keep running into, across domains that on the surface have nothing to do with each other. In science, it looks like questions that get quietly declared closed before they’re actually answered. In governance, it looks like systems that describe themselves as problem-solving mechanisms while structurally preventing certain problems from ever reaching the table. In the way knowledge moves through institutions, it looks like the careful, invisible management of what gets funded, what gets published, what gets taken seriously... and what gets filed under “interesting but not relevant.”
The pattern is always the same. Someone decided that a particular seam in the model was acceptable. That we’d stop pulling at it. And then the stopping becomes a rule, the rule becomes a norm, the norm becomes so embedded that asking the original question starts to sound naive.
Starts to sound like a you problem. E vabbè.
I’ve never been able to do that. Accept the seam. Move on.
The speed of light was the first one. I was sixteen, reading a physics magazine in Rome, and I hit this claim: c is fundamental. Irreducible. The universe’s speed limit. And I thought... but what is the medium? What is it that light is travelling through? What are its actual properties?
The article didn’t say. Because physics doesn’t say. It treats the vacuum as a given. A background. We measure what passes through it; we don’t ask what it is.
That question was closed decades ago. Not because it was answered. Because it became inconvenient.
That bothered me for more than thirty years.
I’m not exaggerating. While I built other things... software, illustration, music, a company, a family... it sat in me like a splinter. The kind that doesn’t hurt enough to stop you, but you’re always faintly aware of it. Always hoping it’ll work its way out.
It didn’t work its way out. I had to go find it.
Back to the beach.
I come home and I can’t stop thinking about that shape in the sand. Something about the geometry feels load-bearing... not decorative, not symbolic, but structural. So I do what any reasonable person would do after thirty-four years of thinking about the vacuum: I run the numbers.
I’m expecting the math to break it. Most intuitions break when you put equations against them. That’s fine. That’s what equations are for.
This one doesn’t break.
And then things start cascading in a way I’m not going to describe in detail here, for reasons I’ll come back to. What I’ll say is this: from a single geometric truth, with no free parameters, no fitting, no adjustments... a very large number of things that physics currently treats as brute facts, things we measure and accept without explanation turn out to be derivable. Theorems, not inputs.
I’m either onto something profound, or I need a better hobby. I’m aware of both possibilities.
What I can say is that the same axioms now power a real piece of software. FluxMateria computes molecular and materials properties in milliseconds, deterministically, from first principles, no wavefunction iteration, no training data, no neural network weights. Just geometry, doing the work. It’s live. You can test it. That’s not a claim about the theory being complete. It means something in the foundation isn’t random noise!
Now. About why I’m not describing it in detail.
It’s not false modesty. The work is ready enough. It’s that I’ve spent enough time watching how systems handle genuinely disruptive knowledge to understand that how something enters the world matters as much as what it is.
The same pattern I identified in physics operates everywhere else. In energy policy. In economic theory. In who gets to build what technology and on whose terms. There are things that, if true, would require restructuring arrangements that a very small number of people benefit enormously from keeping intact. Not through conspiracy, necessarily... just through the ordinary logic of systems that reward stability and quietly punish disruption. No meeting required. No memo. The system just produces that result, reliably, because it was designed — consciously or not — to produce exactly that result.
Physics, especially physics, is not exempt. It is probably, one of the best examples of this. Stuck for decades, chasing its own tail (string theory anyone?).
So I’m careful, because I’ve watched what happens to things that arrive too loudly, too early, without the foundations properly secured. They get absorbed, diluted, dismissed, ignored (too many grants depend on the status quo you know…)
The system is very good at that. It’s had a lot of practice. Capito, sti furbi?
The work will come out. On my terms, at the right time, through the right channels. With the mathematics public, verifiable, and impossible to quietly bury.
What I want to leave you with isn’t the physics. It’s the pattern.
Because this war with incompleteness isn’t mine alone. It belongs to everyone who has ever pulled at a seam and been told, implicitly or explicitly, that the pulling is the problem. That the model is fine. That the question itself is the symptom of some deficiency in the questioner.
The artist who spent years overlaying the golden ratio onto paintings, onto nature, onto anything that felt harmonious... he wasn’t chasing aesthetics. He was chasing structure. The same structure. Before he had any idea what he was actually looking for.
Sometimes you spend thirty-six years finding out.
The sketch in the sand was the moment the splinter finally surfaced. The work since then has been translation, turning a vision into something that can survive contact with the most hostile, rigorous review I can subject it to.
That’s the job. Not to be right.
To make it impossible to ignore. Capito?
Roberto Campus (born 1974, Sardinia) is a coder, composer, visual artist, and entrepreneur who’s spent 35 years obsessing over the mysteries of the universe. Grew up in Rome with stubborn questions and an insatiable curiosity. He’s either onto something profound or needs a better hobby. Possibly both. Time will tell.