01 / RESEARCH
Theory of Reality
How can a richer state, its dynamics, and an observer be expressed in one explicit modelling architecture?
Read the current research →01 / From projection to evidence
Follow the question.
Inspect the work.
One independent practice. A shared question.
A research framework, executable models and systems that remember why.
Conceptual illustration, not measured data.
02 / A connected body of work
Research, made
inspectable.
From a projected state to a prediction that survives the instrument. The construction, the failures and the next test stay together.
02 / SYSTEMS
Systems that remember why.
d0 OS and d0fs: a traceable working environment and versioned context.
Explore d0 OS →03 / EXPERIMENTS
A model is a question made inspectable.
Change its inputs. Follow the calculation. Keep the observation.
Open the Living Engine →03 / A library with a plot
Begin with a question.
Follow what it led to.
Read the question, what was built, what the record says and what remains open. Earlier versions and negative results stay in view.
01020304
Can observable reality be described as a projection of a richer hidden state, and can that idea be made exact, executable and open to refutation?
The Theory of Reality: a projection idea that answers for its evidence
When is a partial observation of a system enough to predict its future, what exactly must be added when it is not, and can a machine find that addition unaided?
DRCT: when is an observation enough, and what must be added?
Can a lift–compile–collapse engine find compact exact relations in data, and later in SAT, so that apparent search collapses without hiding exponential work?
RRLS: from a pattern compressor to a closed P versus NP proof gate
Can a higher-dimensional projection mechanism generate what is seen in hydrogen and the elements, or do standard physics and explicit observation operators already account for it?
From one hydrogen atom to 118 elements
04 / How the work can be inspected
The method is part
of the record.
Source passages, editorial guides, public files and unpublished sources are labelled separately.
Set the bar before the data.
State the question and the conditions a result must meet.
Check against ground truth.
Keep the calculation, controls and independent checks visible.
Try to kill the claim first.
State the scope and keep failed attempts and corrections.
Keep the next question.
Follow what changed and why the investigation continued.
05 / The person behind the work
Anthony
Michael Collado.
Independent research and early product work. From the Theory of Reality to the systems built to inspect, preserve and continue the work.
The person & the work →“Truth is not a bit.Anthony's journey essay
It is a distance.”
The current framework is revisable. Mathematical constructions, computational results and measured physical evidence have different scopes.