The stream of thought — serial selection, bound by band phase

The stream of thought is serial selection among parallel gamma-eddies, with conflict detection, memory feedback, and global gamma binding within a theta frame [model]. The 'large field' is theta–gamma phase-coherence (communication-through-coherence), not a physical field. The wired mechanisms pass directionally; absolute hertz and units remain open.

The stream of thought is serial selection: one eddy selected, then the next, chained — with conflict when two eddies are of similar magnitude, memory feedback biasing the next selection, and a global γ synchrony binding the current contents. The “large field” people imagine is this band-structured binding: a θ frame linking the γ eddies through phase-coherence (CTC), carried on ionic spikes and synaptic currents — not a physical field. The stream is a functional process, fully on the ionic substrate; its absolute rate and unit counts are open.

Serial selection

The stream is the selection loop (§4) run again and again: select an eddy, let it act and feed back, select the next. The felt continuity of thought is this chain of discrete selections, fast enough to seem seamless. Parallel candidates (§3), serial winners.

Conflict

When two eddies are of similar magnitude, selection slows or oscillates — the experience of conflict, indecision, or holding two ideas at once. This is a direct prediction of the race (§4): near-ties take longer and may alternate, rather than one instantly dominating.

Memory feedback

Each selected eddy feeds the memory machinery of the neuro chain (write, retrieve), and what is retrieved biases the next selection. The stream is therefore path-dependent: where it has just been shapes where it goes, which is how trains of thought, associations, and rumination arise.

The “large field” is band-structured CTC

People reach for a “large field of consciousness” to name the felt wholeness of a moment. Named properly, it is band-structured binding: a θ frame linking the active γ eddies through phase-coherence, so the contents selected within one frame are bound together (CTC). The carrier is ionic spikes and synaptic currents; the “field” is their phase relation — explicitly not a physical field (§2). The wholeness is a timing structure, not a medium.

A functional stream

So the stream is a functional process end to end — parallel eddies, serial selection, conflict, memory feedback, θ–γ binding — running entirely on the ionic substrate. What is open is absolute: the rate of selection, the number of bound items per frame, the exact phase windows (§9).