US 2026/0310416 A1Published application

Zero-free self-contained computing system

OwnerBo Payne, Nathan Reeveinventors

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Abstract

A zero-free self-contained computing system performs numerical operations within a bounded, non-singular modular domain to eliminate undefined states, floating-point drift, and modular arithmetic failures. The system includes a processing core with a modular arithmetic unit, fractal digital-root encoder, and oscillatory number-system controller; a memory architecture using zero-free cache encoding and self-correcting address mapping; and a logic controller that executes zero-free arithmetic instructions through a unified integer and floating-point framework. The architecture supports hardware, software, and distributed implementations, enabling stable neural-network computation, cryptographic processing, and error-free multi-node consensus through cyclic arithmetic, recursive scaling, and digital-root correction.

Claims15

Dependent claims

A zero-free self-contained computing system, comprising:

a. a processing core comprising
i. a modular arithmetic unit implemented in hardware logic circuitry configured to perform cyclic arithmetic within a non-zero modular domain;
ii. fractal digital-root encoder implemented in hardware logic circuitry configured to apply digital-root correction to arithmetic results;
and
iii. an oscillatory number-system controller implemented in hardware logic circuitry configured to cycle numerical values within a bounded representational domain;
b. a memory architecture comprising
i. a zero-free cache-encoding module implemented in hardware logic circuitry comprising logic configured to store numerical values using a non-zero positional representation;
and
ii. a self-correcting address-mapping module implemented in hardware logic circuitry comprising logic configured to apply modular correction to address values;
and
c. a logic controller comprising:
i. a zero-free instruction-processing unit implemented in hardware decoding logic configured to interpret zero-free opcodes;
and
ii. a unified integer and floating-point framework implemented in hardware decoding logic configured to interpret zero-free opcodes configured to process numerical values using a bounded modular representation.

11 more elements

Dependencies are inferred from the claim text.