V6Foundational systems2025

Simulation study

Phase-Locked Quantum-Plasma Processor: V6 Supplementary Demonstrations

Nine simulations examine selective attention, hierarchical focus, state switching, phase-logical gating, node self-organisation, and multi-agent routing.

01

Research question

Can a coupled memory field consolidate functional structures measured by a persistence metric without training or explicit program logic?

02

Method and experiment series

A memory-field update, stochastic agent utility, detector gate, and Pstable persistence metric are used across nine targeted experiments.

Series: Nine experiments · attention · gating · nodes · routing

03

Key results

  • The report obtains persistent structures under the stated Pstable criterion.
  • Attention-like selection and phase-gated combinations are reproduced in the tested cases.
  • Multi-agent routing and divergent-strategy regimes are documented.

04

What is not established

The study does not establish cognition in the biological or philosophical sense. Hardware embodiment, comparative benchmarks, and independent reproduction remain open.

This work reports a theoretical or simulation result within a stated model. It is not physical validation of a technology and requires independent verification before real-world transfer.

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