NEGF Quantum Transport: How We Proved the Device Works
The NEGF simulation that confirmed the SWCNT@MWCNT device: ±74 µA trit currents, SNR > 2000, and the quantum mechanism behind photonic trit encoding.
maniTLab introduces a complete photonic-ternary computing system — from a simulation-confirmed carbon nanotube device to a fully compiled microkernel operating system. Six patents covering every layer of the stack, filed with the Indian Patent Office.
From a photonic nanotube device to a running operating system — every layer of the ternary computing stack is patented, implemented, and verified.
Balanced ternary programming language, compiler, and microkernel operating system — compiled and running
Ternary cryptographic primitives, design-for-test, and built-in self-test
Fabric management, memory bus, interconnect architecture, and hardware trit-trie search
Processor architecture, T3ISA instruction set, and execution pipeline
Optical-ternary gate library and KCL-based arithmetic engine
Metallocene CVD fabrication, photonic-to-ternary transduction, AC switching method
Six complete specifications covering every layer of the photonic-ternary computing stack, filed with the Indian Patent Office in 2026. Simulation-confirmed device physics.
Metallocene CVD fabrication, photonic-to-ternary transducer structure, and AC switching method. Two concentric carbon nanotubes, photon-gated, simulation-confirmed.
Complete optical-ternary standard cell library and KCL-based arithmetic engine. Gates operate on photonic trit signals.
Processor architecture, balanced ternary instruction set (T3ISA), and execution pipeline for photonic-ternary hardware.
Fabric management hardware, memory bus architecture, interconnect, and hardware trit-trie circuit for efficient ternary search.
Cryptographic hardware primitives for balanced ternary, design-for-test infrastructure, and built-in self-test circuits.
Balanced ternary programming language, dual-target compiler (LLVM + T3ISA), and photonic-ternary microkernel operating system. Compiled and executed.
The SWCNT@MWCNT photonic-ternary device was rigorously simulated using non-equilibrium Green's function (NEGF) quantum transport on Debian 13, AMD EPYC 9334.
Every claim about trit encoding, current symmetry, and signal-to-noise ratio is backed by reproducible quantum transport simulation data.
Research notes, experiment findings, and technical deep-dives on balanced ternary computing.
The NEGF simulation that confirmed the SWCNT@MWCNT device: ±74 µA trit currents, SNR > 2000, and the quantum mechanism behind photonic trit encoding.
How 9 provisional applications became 6 complete specifications — not just paperwork, but a deeper understanding of the architecture after the paradigm shift.
The SWCNT is a transmission line, not a resistive switch. AC gives you three states for free. Why the paradigm follows from abandoning DC thinking.