Framework
Theory of Reality
How can a richer state, its dynamics, and an observer be expressed in one explicit modelling architecture?
Revisable framework · empirical validation openExplore the project →RESEARCH · SYSTEMS · EXPERIMENTS
Different forms.
A shared question.
A connected body of work: the framework, the models that test parts of it, and the systems built to keep the work traceable.
01 / The work
Research programmes
Question, result, limits and the next question. Each project links to its context and available evidence.
Computation
Reality Bit Engine
Which parts of the proposed framework can be compiled into exact, inspectable computation?
Executable prototypeExplore the project →Computation
RRLS: relations, rewrites & phase
When does recognizing the right relation remove unnecessary search?
Exact & numerical experimentsExplore the project →AI & inference
DRCT: black-box reconstruction & invented concepts
What structure can an oracle reveal, and how can a learner invent reusable relation classes?
Finite-domain reconstructionExplore the project →Dynamics
Rope Tomography & sequential validation
Can causal delays and local responses be recovered from a boundary-driven wave?
Synthetic system identificationExplore the project →Matter & chemistry
Hydrogen Matrix Lab
Can projected rotor geometry reproduce a declared quantum reference, and which harmonics reach an observable?
Quantum reference & hypothesis testsExplore the project →Matter & chemistry
Element Projection & crystal interference
What atom, crystal, and optical geometry can be built from explicit, sourced inputs?
Reference-backed numerical modelsExplore the project →Matter & chemistry
Matter Harmony & observer banks
Which molecular, spectral, and observation coordinates are needed to distinguish physical behaviour?
Synthetic & published-data comparisonsExplore the project →Dynamics
Fixed Grid String & coupled gauge–matter
Can the field and matter respond to one another while the declared conservation laws remain checkable?
Conditional mathematics & numerical auditsExplore the project →Computation
Dimensional Chess: C1 through C8
Which symmetries and future-preserving abstractions actually reduce the cost of a proof?
Exact finite & bounded proofsExplore the project →AI & inference
PRNG tomography & market interpreters
Which apparent randomness is recoverable inside a declared model family, and which predictions transfer to unseen data?
Generator tests & historical holdoutsExplore the project →AI & inference
Grounded Wave Semantic Network & NumPy LLM work
Can explicit semantic structure be encoded as waves, transformed under constraints, and rendered into different languages?
Proposal + reported model resultsExplore the project →Published model recovery
GPT-2: quantisation & the LayerNorm gauge
When the same observable output hides different weights, what extra constraint identifies the stored model?
Published preprintExplore the project →Learning & meaning
POWM / Octave: eight learning observers
Can communicating temporal observers learn prediction while keeping ambiguity and the cost of learning visible?
Trained recurrent prototypeExplore the project →02 / The work
Interactive experiments
Question, result, limits and the next question. Each project links to its context and available evidence.
SHARED WORKBENCH
The Living Engine
Ten instruments. One renderer, a parameter inspector, observation plots and a measurement notebook.
Open the workbench →STANDALONE INSTRUMENT
Wave composition
Two prescribed modes. Move the phase and change the mix.
Open the experiment →STANDALONE INSTRUMENT
Dimensional products
Explore the declared projection of ordered Cartesian products.
Open the experiment →STANDALONE INSTRUMENT
String & hair
Inspect discrete elastic filaments, constraints and trails.
Open the experiment →STANDALONE INSTRUMENT
Water & dye
Follow a dyed vortex through a 3D water model.
Open the experiment →STANDALONE INSTRUMENT
Maxwell diffraction
Inspect a browser field solver and its declared boundaries.
Open the experiment →STANDALONE INSTRUMENT
Crystal waves
Explore complex basis sums and powder interference.
Open the experiment →STANDALONE INSTRUMENT
Element reference
Explore the identities and properties of all 118 elements.
Open the experiment →STANDALONE INSTRUMENT
Atoms & surfaces
Inspect hydrogen modes and illustrative atomic surfaces.
Open the experiment →STANDALONE INSTRUMENT
Wave chemistry
Explore continuous-phase trajectories and spectral references.
Open the experiment →STANDALONE INSTRUMENT
ATLAS contours
Inspect stored tables and nearest-node classification.
Open the experiment →03 / The work
Systems & products
Question and status. Each project links to its context and available evidence.
Engineering
d0fs: versioned agent memory
How can an agent resume work with the earlier state, its supporting evidence, and its changes still visible?
Local hooks in daily useExplore the project →Engineering
d0 OS: a traceable working environment
How can the machine running the experiments keep its own state and identity inspectable?
Desktop in daily useExplore the project →Engineering
D0 Console: the agent workspace
How can sessions, tasks, and decisions remain connected when an agent’s work is resumed?
Core in daily useExplore the project →Engineering
D0 Remote Desktop: observer latency
When state is observed across a connection, how much delay is introduced and whose machine is being observed?
In daily useExplore the project →Engineering
d0 OS Server: operational evidence
How can accounts, device state, and service health be observed and acted on with an inspectable record?
Alpha on a test serverExplore the project →