Concept study / Geometry & physicsConceptual illustration. Shapes, colors, and motion are not measured data.
The equation E₀ = mc² expresses the rest energy associated with invariant mass. It is more precise than saying humans are energy trapped in matter, because that phrase can blur the distinction between a physical system and a quantity describing it. Particle reactions can transform rest energy into kinetic energy or radiation, subject to all relevant conservation laws. Hill’s framework can use mass–energy equivalence as established background. It cannot use the equation alone to infer that a transformed system retains its biological organization, information, or conscious experience.
The system mass includes more than ingredients
A bound system’s mass depends on its total rest-frame energy, including interactions. Simply adding the isolated constituent masses can therefore give the wrong result. Similarly, energy supplied to a closed composite system can change its invariant mass. These facts make a detailed system boundary essential. The project should specify whether m means an individual particle’s mass or the mass of an entire device. Changing symbols between those meanings can make an apparent conversion efficiency or predicted force meaningless.
Available energy is a separate question
Knowing a rest-energy amount does not show that an engineering process can access it. A device needs an allowed transformation, suitable reactants or fields, reaction products, and a way to capture useful output. Geometry may influence the coupling or reaction environment, but the accessible energy follows from the complete process. In Hill’s research records, theoretical rest-energy totals should never be displayed as achievable output. Report the proposed mechanism, conversion pathway and measured useful work separately from the much larger rest-energy bookkeeping quantity.
Transformation is not preservation
If the project investigates persistence through physical transformation, it should define exactly what counts as preserved. Conserving total energy is compatible with losing practical access to a previously encoded pattern. A scientific contribution would specify a code, an encoder, a transformation and a decoder, then compare recovery with a chance baseline. This proposed approach turns a broad philosophical question into an information experiment. Its result could establish a particular preservation channel without establishing universal memory or an identity that survives every possible transformation.
The mathematical lens
For a consistently defined closed system compared in its rest frame, a change in total rest energy corresponds to a mass change. It does not specify a conversion method.
Turn it into a question.
- Question
- What measurable information survives a specified energy-conserving transformation?
- Method
- Define encoded states and a decoding task, measure recovery after the transformation, and account for all outputs.
- What would count against it?
- Only total energy is preserved while the claimed encoded information cannot be recovered beyond the control baseline.
Mass–energy equivalence constrains transformations; it does not establish preservation of organization or experience.
Follow the original work.
These sources support the mechanisms and limits discussed here. They do not endorse Hill’s framework. Notes distinguish research proposals, reviews, and observations.
Continue the investigation
Edition 02 · 18 October 2026 · AI-assisted synthesis. See editorial method.