Core thesisPublished
What is a Xypher?
From one bridge between two islands to thermodynamic graphs, artificial life, and an economy built to open the future.
- Publication date
- Latest revision
Published research
Public articles with their evidence and open boundaries stated inside.
Core thesisPublished
From one bridge between two islands to thermodynamic graphs, artificial life, and an economy built to open the future.
Research articlePublished
How executable state counts give a digital graph a temperature—and how to distinguish growth price, temperature, and receipt throughput.
Research articlePublished
Sixteen complete arrangements, two independent thermometers, and an exact energy account: the minimal thermodynamic Xypher construction.
Research articlePublished
How control over future outcomes can be measured in bits—and joined to a Xypher's thermodynamics.
Research articlePublished
A chemist can test only a handful of the molecules that tune a catalyst. Can a Xypher use their structure to identify which ones deserve the next experiment?
Research articlePublished
An economy that discovers useful connections, learns from exchange, and makes opening others' possibilities a route to sustaining your own.
Research articlePublished
A proposed connection spreads nearby outcomes more evenly. Does that local gain guarantee that the network-wide average also rises?
Working papers
Substantive arguments and experiments that remain open to revision.
Question-forming notes
Questions and conjectures released before the argument is complete.
Research articleOpen frontier
Why a digital growth price follows an exponent near the famous three-quarter law—and the experiment that can tell us what the resemblance means.
Early speculationOpen hypothesis
A speculative proposal linking wave-like possibility to localized detection through a thermodynamic state-admission boundary.