A visualiser of the Bruhat-Tits tree over ℚp.
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Updated
Aug 27, 2026 - TypeScript
A visualiser of the Bruhat-Tits tree over ℚp.
Number representation when the base is a free parameter — a machine-checked corpus on function-defined radix systems, from positional notation as algebra to the geometry and conservation laws of coupled radix networks.
Generate simple p-adic integer diagrams
Arithmetic system of 2-adic numbers in scheme language
Tuppence Programming Language
Pure C++20 reimplementation of NumPy 2.2 — 760+ routines, header-only, SIMD, lattice/padic/neuromorphic/HBM/tensor/memristor/photonics/quantum/accelerator
Ultrametric AI — Proof of Concept: Token-level explainable attention via p-adic valuation trees and Spencer-Brown's Laws of Form
Two Ways of Measuring: A Framework for Distance, Memory, and Fault-Tolerant Computation
Unity of Ultrametric Physics: A Self-Contained Development from First Principles
k-Nearest Neighbors Algorithm with p-adic Distance
QWAV
The Ultrametric Paradigm: How the Choice of Geometry Determines Everything
Calegari's conjecture proved: the slopes of U_3 on 3-adic overconvergent cusp forms of level 1 and weight 0 are 2i + 2v_3((2i)!/i!), formalized in Lean 4
Lean 4 formalization of 'Higher-Order Defects of Cycle-Index Polynomials' and of the lift, closed formulas, Lagrange family and OEIS conjectures from arXiv:2610.15849
ZBW-P5 Capstone: Vanishing ZBW Signal
THE ROAD NOT TAKEN: A Different Kind of Physics
ULTRAMETRIC QUANTUM COMPUTATION: An MVP Program for Passive Geometric Fault Tolerance
Two compactness proofs of the bounded-valuation theorem arising from multiplicative persistence, with reproducible Python/Rust verification and exact certificates.
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