What lives here, and what it is not
Three kinds of pages live on this bench. They are kept apart on purpose, because they make different kinds of claims.
A planned measurement
Says what will be measured, how, and what result would count against the theory. Written before any data.
Not a result. No protocol here has been run yet.
A model you can move
Shows what the model would output if its assumptions were true, so you can see what a protocol can and cannot detect.
Not evidence. Model output is never an observation.
The method in another field
Carries Time-Gel's way of asking a question into another science, keeping that science's own explanations.
Does not test Time-Gel.
Protocols
Ice clock: Information Looking for Its Owner
Supercooled water at −10 °C freezes at a moment nobody chooses. Does a clock inside it slow down, and is it responding to the change or to the ice that results? An entropy-matched control (B2) separates the two readings.
Flame: Information Leaving Its Owner
Does local entropy production shift transition frequencies? Inside a flame's reaction zone, measured against an outside reference, Time-Gel predicts the same red shift on every line of every molecule. It asks the ice clock's question where entropy production is thousands of times larger.
Simulators
Flame clock live
Reaction zone, an entropy-matched control without reaction, and burnt gas. A laser line is compared with a cold reference cell; the shift is drawn to scale when it is large enough to see.
Ice clock live
Three rooms side by side: water freezing, a heater with the same heat, a heater with the same entropy. Crystals grow, clocks drift, magnified so you can see them.
DNA repair live
Searchers walk the strand, verifiers burn ATP, wrong cuts and right cuts are counted. Arms A–D and the TC/GG routes from the DNA repair note. Does not test Time-Gel.
Ice clock simulator
Freezing cell A against heat-matched B1 and entropy-matched B2, under the rate and stock readings. Companion to the ice clock protocol.
Record rooms: H1 against H2
A hot gas and a growing crystal side by side. Which room's clock slows depends on which hypothesis you choose.
Live model: Model C
The flow law, the memory field and the structure threshold running together, with real relativity numbers beside them.
Model Lab v4
Conditions A–F, O/R parameters, live plots and CSV output for computational testing.
Application notes
DNA repair: what it costs to find the owner
The ice clock's question carried into nucleotide excision repair, the field of Aziz Sancar's Nobel-winning work. The core control becomes repair proteins burning ATP on undamaged DNA.
Biophysics question, not a Time-Gel test.
IS MEASURED YET.