Zamin — PRATIK Ternary Silicon: physicalizing the poised-zero substrate

Hardware-realization blueprint for the PRATIK balanced-ternary substrate of the PEDLER developmental Event Algebra. Specifies a three-rail MTCMOS ternary cell library in which the poised zero-state is a physical high-impedance ground (not a resistive mid-rail divider); a complementary dual-memristor 3D crossbar on which the autogenous spawning operator programs a pristine max-HRS node from 0 to +-1, creating a new physical dimension; a prime-field spatial hash that compiles case-invariant multi-script tokens (Project ILM) into crossbar coordinates; ternary through-silicon-via vertical routing for collision escape; and finite-element thermal modelling with an interleaved microfluidic interposer. Ships a SPICE cell library and sign-frustration testbench, a gdsfactory microfluidic-interposer layout generator, an IEEE-style manuscript, and a dependency-free WYSIWYG ternary-circuit simulator. This is a design blueprint (netlists and constraints to simulate before tape-out); the device models are illustrative placeholders and no measured silicon is claimed. External citations (Chua 1971; Strukov et al. 2008; Tuckerman and Pease 1981) were verified. Author affiliation: AyeAI. Copyright (C) 1993-2026 Abhishek Choudhary. All rights reserved. Licensed GPL-3.0-or-later.