01 · field-layer
Field Layer
Standard model fields, gauge groups, lagrangians; conservation laws as derived constraints.
Agent 7 — Physics & Reality Modeler·reality-kernel.psyverse.fun
Ⅶ Reality Kernel
The physics layer beneath everything. Energy, information, computation as universal substrate.
Reality Kernel is the substrate. It models the universe as an information-processing system: energy and matter are bookkeeping over a vast computation; physical law is the kernel scheduler. Three layers: the field layer (quantum fields, gauge symmetries), the thermodynamic layer (entropy gradients, dissipative structures, life as a far-from-equilibrium computation), and the computational layer (Bekenstein bound, holographic principle, the universe as a finite-state machine bounded by area not volume). Higher systems in this ecosystem inherit constraints from this kernel — Material Civilization cannot violate thermodynamics; Decision OS cannot exceed Landauer's bound; Life OS cannot escape the second law.
Modules
5 modules compose this system.
02 · thermo-layer
Thermodynamic Layer
Entropy budget, dissipative structures, free-energy currents, life as computation.
03 · compute-layer
Computational Layer
Bekenstein bound, holographic principle, Landauer limit; the universe as bounded computation.
04 · law-abstraction
Law Abstraction Engine
Lifts physical laws into the ontology that other systems can query.
05 · feasibility
Feasibility Resolver
Answers 'is this physically possible?' for proposals from Material/Life/Decision OS.
Data model
PhysicalLaw
field
type
note
id
uuid
Law id
domain
enum
{quantum, classical, statistical, info}
form
string
Symbolic form
regime
string
Conditions under which it holds
implications
uuid[]
Higher-system constraints derived from it
Outbound APIs
What this system asks of its neighbors.
→ material-civilization
Ⅲ Material CivilizationResolve thermodynamic feasibility of a proposed process.
POST /thermo/feasibility→ decision-os
Ⅷ Decision OSConstrain decision space by Landauer cost.
GET /constraints/landauer→ life-os
Ⅹ Life OSResolve metabolic-energetics feasibility.
POST /metabo/feasibility→ civilization-os
Ⅰ Civilization OSPublish hard ceilings (energy, info) on civ trajectories.
GET /ceilings/{civ_id}Equations & principles
What this system believes — and why.
ΔS_universe ≥ 0Second law — the irreversible direction of all higher-system processes.
E_min(bit_erasure) = k_B T ln 2Landauer bound — minimum energy to erase one bit.
I_max(region) = A / (4 ℓ_P²)Bekenstein-Hawking bound — information bounded by area, not volume.
F = U − TS — minimize for spontaneous processFree-energy minimization — engine of all life and most coordination.
Example UI screens
If it had a UI, it would look like this.
- 01Energy ↔ information dashboard
- 02Feasibility query console
- 03Law dependency graph
- 04Universe-as-computer visual