Applied AI for the Unification of Physics.
We are encoding the experiments that pin down the laws of physics into bds421's temporal knowledge graph, then letting you question them directly. One interactive case every month, every answer traceable to its source.
Physics, encoded as facts you can question.
A century of experiments, in one graph. Each landmark result becomes a time-indexed, sourced fact in bds421's temporal knowledge graph. You can then ask what the evidence says, and get an answer that is retrieved and verified, not generated and hoped for. The same engineering behind our consulting work, pointed at the open questions of physics.
Experiments become facts
Every published result is stored as a fact with a source and a window of validity in time. rho/tkg holds the graph.
Ask what is, and what follows
Cypher answers what is in the graph. Tyla reasons over rules to derive what follows from it, with interval arithmetic over time. sigma/tkgd.
Every answer shows its working
Each claim carries the source it came from and the time it was valid. Verified by construction, so the answer you read is the answer you can check.
One experiment a month
A new interactive case lands every month, each one wired into the same growing graph. The archive only gets deeper.
Ask the graph.
The end goal of this project: a chat that answers physics questions straight from the graph, running Cypher and Tyla queries over sigma/tkgd and returning every answer with its provenance. Here is a preview of how that conversation feels.
This preview is scripted. The live system does not generate answers, it retrieves them: each claim is a stored fact with a source and a valid-time interval, and the engine returns only what the graph entails, with full provenance. If a fact is not in the graph, it says so rather than inventing one. That is the same neuro-symbolic approach behind datAInsights.
One experiment a month.
Each case is a small, interactive instrument: change the inputs, watch the physics, read the verdict. Then ask the graph about it. New experiments are added at the top.
Does light from a fast source move faster?
The 1964 Alväger test at CERN. Pions at 0.99975 c emit gamma rays. Race the ballistic prediction against the measured speed and see which one the detector confirms.
Next experiment
A new interactive case lands every month, each one wired into the same graph. Check back, or follow bds421 for the drop.