October 2026 · Melbourne

A pathway for the scan

Light in, one slow act out. No implant. No mechanism claimed.

The picture

Light is arriving

One channel. The stop regions can still quiet. The stack, and the parallel, are not drawn.

Device → person

Travels: Light. Sound, if it is on.

Does not travel: The policy. A wire. A write into cortex.

Person → device

Travels: Keep, skip, or time. The act.

Does not travel: A brain code. A read of these regions. They are not given an address.

Key-focused stack against the full source

Sound and motion are off, so this is one channel. Turn either on to draw a stack.

Full sourceDrawn

Stack impact. More of it on one conclusion.

Time to the kept line. Sooner is the longer bar.

Act leaving. One keep or skip.

Key-focusedNot drawn

Stack impact. More of it on one conclusion.

Time to the kept line. Sooner is the longer bar.

Act leaving. One keep or skip.

Coming in, the kept line can be accepted sooner. The dropped words were not comprehended. Going out, the act stays one, at the same height. The parts are the ones already in the picture. Lined up is not new tissue, not expanded consciousness, and not expansion unless a return is larger than the first and a log the system did not write.

Screen

Photons. The only thing that enters the eye.

Sound

Off. Light only.

Device → person

Ventral stream

What the picture is.

Dorsal stream

Little change in the light.

Bind

Channels treated as one event. Pathway, not a measure.

Cortex, already connected

One set

Conflict monitor. Busier when the next act is contested, quieter when a clip is simply continued. Hong and colleagues, NeuroImage 2026, found it deactivated for videos watched to the end, compared with videos ended early. Resting glutamate here predicted how large that suppression was. Higher glutamate, less suppression.

Published. dACC–dlPFC link in this picture: present. Insula–attention coupling: loosening.

Task seats

Last seat open. The next act can update the set.

Inner bottleneck

One act leaves: keep, or skip. Zheng and Meister put behavior near 10 bits a second. The protocol’s sentence, following Musk’s framing, says about 100. The picture does not count either.

Person → device

Recommender

Outside the skull. Takes the act. Does not read the regions.

Comes back only as light

The next photons are the whole return. Not a code sent back into cortex.

Move the picture

Feed
Recommender
Seat
Sound
Motion in the light
Cue
Page
Pass
Senses
When

Close the senses, or leave the device, to choose a hypothetical remainder.

Chip layer

Step 1

The algorithm does not cross the skull

Light does. The brain answers with networks it already has. A slow act leaves. The next light is chosen from that act.

There are two speeds, and mixing them up is what makes this feel like magic. The outer brain — vision, motion, sound, the maps of people and value — already works in parallel and already works fast. The inner bottleneck that becomes a behavior does not. Zheng and Meister, in Neuron in 2025, put the throughput of human behavior near 10 bits a second, against sensory intake near a billion. Musk’s public framing, which this protocol’s bandwidth sentence follows, puts output nearer 100 bits a second and vision at a megabit or a few. Those are not the same measurement. Both have the same shape. A flood in. A trickle out.

A phone does not pour an algorithm through tissue. It emits light, and sometimes sound. The recommender sits outside. It watches the trickle — keep, skip, how long — and chooses the next photons. What can look like a system moving through the brain is the brain continuing a pattern those photons have been paired with. That continuation is the person’s. This pathway is a way the October 2026 protocol can be walked without naming a mechanism, and without an implant. The bars are a picture of the questions. They are not a scan.

What a result would mean

A drop below the person’s own rest, on items they finished, greater than on a generic feed, would be the published effect asked in a stricter form.

What it would not mean

It would not be a signal injected into cortex, a bit count, or a reason to implant anything.

Changing steps resets the picture. The controls then move it. Jessie Heysham. A review, not a request to join a trial.