And adaptation is not a complication. / It is a different category…
Diaphorum 3: The Post-Markovian Manifesto
Diaphorum 0: Feynman’s Markovian Spacetime Replacement Problem (MSRP)
Alright, you clowns. You've spent a hundred years polishing spacetime like it's some sacred crystal. Minkowski this, Markov that. But nature—real, messy, experimental nature—keeps coughing up data that doesn't fit your pretty, memoryless picture…
A Spec for AI Science: How Research Objects Enable Rigorous Agentic Drug Discovery
In science, unanchored agentic AI risks becoming its own form of vibe coding—speed without accountability. Spec Science is the alternative: structured, reproducible, and grounded in Research Objects (ROs).
Brains Are Cool Enough to Be Quantum. Are They?
These aren’t fringe claims. They’re hard experimental facts: biology has evolved protein scaffolds that stabilize coherence in messy, warm, wet conditions.
Relational Sci-Fi Films for a Downton Abbey Fan
A ranked list of emotionally resonant sci-fi films likely to appeal to a fan of Downton Abbey’s relationship-driven storytelling—focused on character and connection over action or spectacle.
Fermions, Quantum Amplitudes, and a Celestial Dual: A Holographic Perspective
If this view is correct, then our quest for fundamental physics might ultimately lead to a revelation of the celestial order—where matter, energy, and consciousness are all aspects of the same cosmic hologram.
Searching for Stability: Celestial Holography and the Origin of Spin
Through celestial holography, we can reinterpret spin and angular momentum as emergent from the conformal symmetries of the celestial sphere. This approach offers a novel and potentially unifying principle that aligns with the ideas proposed by Witten and colleagues, providing a fresh lens to understand the stability of the universe.
Reconstructing Spacetime: A New Spin on Angular Momentum
"We’ve all pondered why the universe doesn’t just collapse into a giant blob. On one end, angular momentum prevents gravitational collapse, stabilizing galaxies. On the other, electron degeneracy pressure stops stars from imploding. These phenomena seem unrelated, yet spin ties them together. Could spin be the key to a deeper unifying principle of stability across scales?"
CONDATA: Adding Names to CODATA for Addressing Open Issues
In the spirit of advancing CODATA (Constructive Open Data Algebra with Types and Approximations), I propose CONDATA: Constructive Open Named Data Algebra. This extension builds on CODATA by introducing names as a fundamental component, enabling a richer, more flexible representation of mathematical objects and relationships. While CODATA relies on finite sequences of pure data, CONDATA introduces named data elements that enhance expressiveness without the need for classical set-theoretic constructs.
Can Computation Create Math? (ChatGPT as Burgin/Youssuf Debate)
Welcome, everyone, to this special debate exploring the question: Can computation serve as the foundation for the kind of mathematics required by physics? Today, we are privileged to witness a non-rivalrous debate between two distinguished thinkers--Mark Burgin and Saul Youssef. They will present their models, offering alternative perspectives on how computation might underlie mathematical and physical truths.,
iHack, therefore iBlog 
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