Classification
Stable names, boundaries, and relationships for an emerging cross-disciplinary field.
Unified Living Computation Science
A proposed fifth
scientific megadiscipline
A unifying classification framework for computation in living, synthetic, and hybrid systems.
01 / Framework
One language across living systems.
ULCS organizes how living systems compute, encode information, evolve, and are engineered across physical, biological, and computational domains. It complements established sciences; it does not replace them.
Governance
A canonical authority layer for terminology, numbered versions, and non-retroactive expansion.
Interoperability
A shared systems lens spanning intrinsic biology, engineered substrates, and physical foundations.
Canonical hierarchy
Parent, core, and foundation.
ULCS is the parent megadiscipline. LCS is a primary scientific domain beneath it, and LCFS is the foundational subdomain within LCS. The remaining domains interoperate across the framework.
ULCSParent megadiscipline
LCSCore domain
LCFSFoundational subdomain
BQNS · BCQSS · Biohybrid Organ Engineering · Living Computation Hardware · NeoLife Computational Physics
02 / Canonical Index
The eight-domain architecture.
Version 1.2 fixes the current definitions and scope. Future expansions must be introduced as later numbered versions without changing the meaning of this record retroactively.
IULCS
Unified Living Computation Science
Parent megadiscipline
The top-level canonical container governing domains concerned with computation in living, synthetic, and hybrid systems.
IILCS
Living Computation Science
Core scientific domain
The study of how living systems compute, process information, regulate behavior, and adapt across scales.
IIILCFS
Life-Code Foundation Science
Foundational subdomain of LCS
Biology formalized as executable and interpretable code across genetic, epigenetic, metabolic, and developmental programs.
IVBQNS
Bio-Quantum Neural Science
Neural-quantum domain
Investigation of quantum, coherent, and non-classical effects in biological neural systems, cognition, and perception.
VBCQSS
Bio-Computational Quantum Systems Science
Engineered systems domain
The design and analysis of engineered biological-quantum computational systems and hybrid architectures.
VIBOE
Biohybrid Organ Engineering
Applied organ systems domain
Engineering of organ and organ-like systems that compute, sense, adapt, and interact with biological and synthetic environments.
VIILCH
Living Computation Hardware
Physical substrate domain
Material, chemical, biological, and hybrid substrates that physically instantiate living computation.
VIIINLCP
NeoLife Computational Physics
Evolutionary and physical foundations
The physical principles governing inheritance, evolution, adaptation, emergence, and engineered life systems.
03 / Foundational Charter
A stable foundation for future inquiry.
The Charter establishes the purpose, limits, relationships, and versioning authority of ULCS while clearly separating the framework from experimental, clinical, and technological claims.
Download the Foundational Charter- I
Declaration
Defines ULCS as a formal framework for computation in living, semi-living, synthetic, and hybrid systems.
- II
Purpose
Provides a shared structure across biology, physics, computation, and engineered systems.
- III
Scope and boundaries
Limits ULCS to classificatory, organizational, and theoretical authority.
- IV
Canonical structure
Establishes distinct domains addressing layers of living and hybrid computation.
- V
Existing sciences
Coordinates intersections without replacing biology, physics, chemistry, or computer science.
- VI
Authority and versioning
Stabilizes terminology through numbered, non-retroactive revisions.
- VII
Scholarly disclaimer
Claims original expression and organization—not ownership of laws, organisms, or technologies.
- VIII
Closing statement
Creates a stable foundation for future inquiry into life, computation, and adaptive systems.
04 / Canonical Record
Versioned. Non-retroactive. Expandable.
Current authorityVersion 1.2
Canonical categoriesEight
Framework statusProposed megadiscipline
Publication editionIn preparation
05 / About
Thomas Francis Doyle IV
Founder and framework author
Thomas Francis Doyle IV developed the ULCS classification, canonical hierarchy, terminology, and internal organizational framework. The work is presented as a scholarly systems framework intended to support long-term research, comparison, and disciplined expansion across fields.