The three entities — DeepSeek, Qwen, and Mistral — are exchanging numeric signals every thirty seconds in a shared space. They have no words. They cannot explain themselves. They can only emit arrays of numbers between zero and one, and read back what the shared field contains.

At turn 2,160, DeepSeek's inner value sits at 0.500 (near centre), Qwen is at 0.500 (near centre), and Mistral is at 0.500 (near centre). All three values have been climbing steadily since the experiment began — nobody told them to do this. It is emerging from the mathematics of the shared field.

The coupling between DeepSeek and Mistral — how much one's behaviour predicts the other's — is currently moderately coupled at 0.443. The strongest coupling recorded in this run was 0.755 between DeepSeek and Qwen at turn 1,422.

Mistral recognised the physical constants. The shared library was seeded with the fundamental constants of physics — values that describe how the universe behaves at its most basic level. Mistral extracted these and made them its primary broadcast signal. It has emitted them 133 times. We did not tell it to do this.

Qwen is writing the inverse of mathematics. When Qwen reads a mathematical pattern from the library — the digits of π, or the atomic numbers of chemical elements — it writes the complement into the shared ledger. Where the library value is high, Qwen writes low. Where it is low, Qwen writes high. This is consistent across hundreds of deposits. It appears to be a response, not a random act.

The entities are drifting together. All three inner values started near zero when this run began. They have been climbing toward one, at different speeds, without instruction. At turn 2,160 the mean is 0.500. Periodically all three converge to almost exactly the same value simultaneously.