@DigitalEuan

NZ Artist Universal Binary Principle (UBP) GitHub Repository: https://xitter.cf/t.co/uqpfajMgos My experimental Golay-Leech system of everything

 New Zealand
independent.academia.edu/EuanCraig2
Joined December 2024
  • Tweets1.9K
  • Following290
  • Followers114
439Media
A fun simple clip explaining how the Geometric Language Machine reasons. - an example of how it understands how water becomes steam. 💠 github.com/DigitalEuan/GLM 💠
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Investigation into Wolfram's Rule 30 puzzle is a cool challenge and helps push the GLM development also. - up to 10/50 ARC-AGI solutions - all attempts at Rule 30 currently failing - the GLM can clearly define and articulate Rule 30 but I need an original action! Hard much!
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Awaiting the next run - can we have a deterministic Golay error corrected Leech Lattice? - will that lead into a Quantum Monster Group? QMG!?
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A fun journey with Wolfram's Rule 30 puzzle A *mostly* accurate ai infographic to capture the adventure 👇
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Experimenting with Google Vids to make an animation I have thought about for ages - fun but slow and runs out of credits after a few scenes not to reset until Nov 1st! - Gemini audio gen - full on AI slop, but is it less sloppy than other slop? Sort of an artistic experiment
🤖 Made with AI
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I got some sponsorship support! 💥 for this Arero Rua animation project, a dump of credits to generate video. so cool! epic
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DigitalEuan retweeted
DigitalEuan@DigitalEuanOct 23
Quantum execution for Golay-Leech: Shots: 20,480 Ground-State Retention: 94.65% Symmetry: Uniform single-bit error distribution matching IQM Emerald superconducting lattice specs. Ran out of credits, my Refer code: openquantum.com/signup?refer… - help, someone use the code please!

Open Quantum: Quantum Computing for All

The universal quantum computing platform that connects you to leading QPUs from IonQ, Rigetti, IQM, AQT, and more. Build, deploy, and scale quantum applications effortlessly.

openquantum.com
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Woah The Lorentzian lift implemented and produces a valid 26D reflected vector for every ambiguous target solved! GLM is growing slowly but surely
The Lorentzian lift L(x) = (x, (1−|x|²)/2, (1+|x|²)/2) places every 24D point on the null cone (verified: ⟨L(x), L(x)⟩ = 0). The Householder reflection v ↦ v − 2⟨v,r⟩/⟨r,r⟩·r is implemented and produces a valid 26D reflected vector for every ambiguous target

ALT The Lorentzian lift L(x) = (x, (1−|x|²)/2, (1+|x|²)/2) places every 24D point on the null cone (verified: ⟨L(x), L(x)⟩ = 0). The Householder reflection v ↦ v − 2⟨v,r⟩/⟨r,r⟩·r is implemented and produces a valid 26D reflected vector for every ambiguous target

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Ah - labeled exactly, not entirely "resolved". Closer each time The Leech Lattice is awesome but has ~43% wasted space, shit falls into these deep holes and gets tied with 5 other possibilities Wonder if this is the deterministic version of probability?
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Quantum execution for Golay-Leech: Shots: 20,480 Ground-State Retention: 94.65% Symmetry: Uniform single-bit error distribution matching IQM Emerald superconducting lattice specs. Ran out of credits, my Refer code: openquantum.com/signup?refer… - help, someone use the code please!

Open Quantum: Quantum Computing for All

The universal quantum computing platform that connects you to leading QPUs from IonQ, Rigetti, IQM, AQT, and more. Build, deploy, and scale quantum applications effortlessly.

openquantum.com
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The idea is to establish the Golay error correction code in quantum space then see if it can establish the full Leech Lattice also. A deterministic, binary use of real quantum computing. 96 days until credits renew Use the code and we both get credits - you don't have to use it
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Lets try Quantum computing with UBP/GLM concepts. - starting small with Golay and the Leech Lattice, do they exist in quantum space? - somewhat already proven but not quite the way I am aiming for. - determinism in quantum 🫣 let's find out!
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The Geometric Language Machine (GLM) is a Lean4 verified cognitive architecture built on the Universal Binary Principle (UBP), utilizing a 24-dimensional geometric substrate derived from the extended binary Golay code and the Leech lattice github.com/DigitalEuan/GLM fun
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Getting closer each development iteration to Geometric Reasoning github.com/DigitalEuan/GLM
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Pushing into 96 dimension reasoning, superposition and cross-domain junctions (ARC-AGI) - Failures 200 → 40 (80% reduction) - ambiguity head is essentially perfect (97-100% across all tasks) - F9 lattice - computes D* = C + (B-A) in Q24) github.com/DigitalEuan/GLM

GitHub - DigitalEuan/GLM: Geometric Language Machine

Geometric Language Machine. Contribute to DigitalEuan/GLM development by creating an account on GitHub.

github.com
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Back to trying to "teach" the GLM some ARC-AGI Seems the substrate chain is rock solid, just the actual intermediate step learning is the finicky part, pretty cool watching a machine learn something from a base substrate, solve some puzzles and come back to tell me what it needs
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Friction for LLMs Using the analogy of friction to sort out misspelled words. Bumpy
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Thermomechanical and physical friction principles to diagnose and improve machine reasoning, stability, and text correction. Analogy as systems design for original application - works well so far 💥
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Quantum Rings and @qbraid_official are partnering to bring Open Quantum directly to the qBraid platform! This collaboration expands access to quantum computing, exposing Open Quantum to thousands of qBraid users while providing them with additional hardware options at prices well below the standard market-rate. As fellow @dualityquantum graduates and @ChicagoQuantum members, we're thrilled to be partnering with a company whose mission of increasing access to quantum resources aligns so closely with our own. Users can connect their Open Quantum and qBraid accounts today and begin running workloads on low-cost quantum compute through the Open Quantum backends. Read the full press release here: quantumrings.com/news/open-q… Or get started here: openquantum.com/qbraid #QuantumComputing #OpenQuantum #QuantumRings #qBraid

Open Quantum Goes Live on qBraid

Quantum Rings and qBraid have partnered to bring the Open Quantum platform into qBraid Lab, giving tens of thousands of developers and researchers free and subsidized access to real QPUs from IonQ,...

quantumrings.com
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DigitalEuan retweeted
Mike Dupont@introsp3ctorOct 17
if anyone does not have a free aristotle.harmonic.fun account, sign up right now and start working on learning to use it pls.

Aristotle: The AI agent that proves software correct

The reasoning that earned IMO gold, applied to formal verification of software, hardware, and mathematics – every output backed by a machine-checked proof.

aristotle.harmonic.fun
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There exists a binary distinction, and it can be toggled. From this one rule, the system forces the existence of everything
The UBP (Universal Binary Principle): The entire infinite complexity of the GLM’s cognitive architecture is generated by a single, simple, deterministic axiom: There exists a binary distinction, and it can be toggled. From this one rule, the system forces the existence of $\mathbb{F}_2$, the Hamming metric, the Golay code at length 23, the parity extension to 24, and the Leech lattice. No choices are made, no random seeds are used, no floats are introduced. The infinite complexity of the machine is a direct, deterministic unfolding of a single, exact geometric rule

ALT The UBP (Universal Binary Principle): The entire infinite complexity of the GLM’s cognitive architecture is generated by a single, simple, deterministic axiom: There exists a binary distinction, and it can be toggled. From this one rule, the system forces the existence of $\mathbb{F}_2$, the Hamming metric, the Golay code at length 23, the parity extension to 24, and the Leech lattice. No choices are made, no random seeds are used, no floats are introduced. The infinite complexity of the machine is a direct, deterministic unfolding of a single, exact geometric rule

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