Behind the constellation

What is
PCDVR?

A simple question started it: what happens when letters are given stable positions and a word is allowed to move through them in time?

01

The basics

PCDVR is an experimental coordinate system for written language. Each letter receives a repeatable location derived from the vowel pattern in its standardized NATO phonetic word. A name then becomes more than a set of letters: it becomes an ordered path of events.

The same input always produces the same constellation. Repeated letters return to the same location, but each occurrence remains a separate moment in the path. Geometry can repeat; time does not.

02

What it means

Name Constellation is the first public expression of that idea: a way to see the shape made by your name, a partner’s name, or the names of the people who form your world.

PCDVR is active independent research, not a personality test or a prediction of compatibility. The interesting part is the structure itself—how identity, repetition, and order create distinct trajectories from a shared alphabet.

Research status

What we know—and what we’re still asking

Demonstrated so far

  • The encoding is deterministic: the same letters always return to the same states.
  • Order adds measurable information beyond simple character or state occupancy.
  • In current held-out word tests, full trajectories retained more family signal than occupancy-only representations.

Being investigated

  • How reliably those patterns generalize across larger vocabularies and languages.
  • How diacritics, borrowed words, and shared subpaths should be represented.
  • What comparisons between trajectories reveal without assigning personality or compatibility meaning.
View the sequence test

Sequence-destruction control

Sequence carries measurable information

On an independent 48-word challenge across four word-form families, the complete ordered PCDVR trajectory classified 33 of 48 words correctly (68.8%).

State occupancy31.2%31.2%
Directed transitions50.0%50.0%
Complete ordered trajectory68.8%68.8%
Accuracy after destroying within-word sequence 2,000 randomized-order controls
Distribution of 2,000 sequence-destruction controls The shuffled distribution centers at 43.9 percent accuracy. One shuffled control matched the ordered accuracy of 68.8 percent. 16.7%25% chance43.9% mean68.8% ordered

Each shuffled control preserved the same PCDVR states, state counts, word lengths, and family labels; only within-word order was changed.

2,000shuffled controls
43.9%mean shuffled accuracy
1 / 2,000matched or exceeded ordered
p = 0.0010plus-one empirical estimate

This result is conditional on the current curated reference and challenge vocabularies. It supports a sequence-order effect in this experiment; it does not establish universal language-origin prediction or superiority over ordinary spelling.

Experiment 21P · 2,000/2,000 replicates retained · Result fingerprint 13b5f4470b92…ccbb

Help chart what comes next

Support the project

Contributions help cover hosting, research time, larger language experiments, and the hardware needed to keep building. If this little constellation gave you a moment worth keeping, you can help make the next one possible.

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Contact

Questions, ideas, or collaboration?

PCDVR is being developed by Bryan Torruellas. Thoughtful criticism, research conversations, and creative collaboration are welcome.