Physicist · Computational Neuroscientist · Founder
Giulio
Ruffini
Follow these to build a new democracy —
worry not about form, hardware, or language,
and remember,
we are all One.
Theoretical physicist and computational neuroscientist exploring cognition and consciousness through algorithmic information theory — Kolmogorov Theory. BCOM · Neuroelectrics · Starlab.
News
About
Science meets
engineering
My PhD was in theoretical physics — the quantization of constrained systems, a toy model for quantum gravity. After a decade working on satellite remote sensing and GNSS reflectometry for the European Space Agency, I turned to the hardest object I could find: the brain.
That arc — from physics, through engineering, to neuroscience — converges on one idea: minds are algorithmic agents that survive by compressing their world. Kolmogorov Theory develops this rigorously; neurotwins and brain stimulation put it to work in the clinic.
Writing
Recent thoughts
The Agent Is Bigger Than the LLM
What the OpenAI–Hugging Face incident reveals about individual goals, a collective Objective Function, and agenthood across transient model calls.
The Laws Don't Write the Textbook
Anderson said more is different; algorithmic information theory says why — generation is not construction, and finding the macroscopic theory is provably hard.
Truth Without Proof? Gödel, Turing, and Algorithmic Information
Separating truth, proof, computation, and observer access — what the incompleteness theorems do and do not say, and how science certifies improvement without certifying finality.
Get in touch
Let's collaborate
Whether it's a research question, a project proposal, or a speaking invitation — I'm always glad to hear from curious minds.
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