Our Science / Physics
Follow the physical interaction.
Light reaches a detector. A body falls. A clock advances. Recognition Science asks what structure these physical events require, and how that structure determines what we can measure.
From recognition to a physical law
The conditions do the work.
A physical comparison requires distinguishable states, an interaction and a record. RS follows the constraints on those processes into the laws governing them.
For example, the comparison-cost derivation begins with an unspecified cost function. The stated reporting conditions, continuity and reference calibration force a particular function. Its form is a consequence of those requirements.
A physical application must then identify the states, apparatus and transformation to which the result applies. That connection gives the mathematics an observable consequence and lets an experiment test it.
Start with a physical question
Explore the lessons.
- How does gravity work?
A guided account of gravity in Recognition Science, with interactive explanations and a route into the research.
- How does the physical framework fit together?
The illustrated introduction develops the account from its starting distinctions.
- Examine the research papers
Find the derivations, their assumptions and their connections to measurement.
Continue across the framework
Interactions leave consequences.
An interaction's effect on another participant connects physics to ethics. Ethics follows the same physical structure into a different question.