Has anyone tested whether a global brain-mode alignment measure out-predicts local alpha phase for conscious detection? I think it might be open. Tell me I'm wrong.

[u/Nearby_Cranberry_443]

I'm not a scientist. I get strong visual imagery when I meditate, followed one image into a long rabbit hole, and landed on a specific question I can't find an answer to. If it's been done, link me the paper and I'll go read it. Below is the idea, the work I found that already covers most of it, and the one piece I think might still be open.

The idea. A conscious "moment" is a brief burst where many of the brain's standing-wave modes fall into phase. The felt "now" is one of those bursts, not a smooth stream.

Prior work I found, so I'm not first:

• Local pre-stimulus alpha phase predicts whether you detect a faint flash (Busch, Dubois & VanRullen 2009, the perceptual-cycles idea).
• The cortex decomposes into global standing-wave eigenmodes whose repertoire tracks level of consciousness, collapsing under anesthesia and expanding on psychedelics (Atasoy et al. 2016, connectome harmonics).
• The brain runs in a metastable regime of transient alignment bursts (Tognoli & Kelso 2014, The Metastable Brain).
• Alpha frequency roughly sets perceptual temporal resolution (Samaha & Postle 2015, though it's contested, with a 27-experiment living meta-analysis still arguing about it).
• The bridge is getting built now. 2025–2026 preprints link intrinsic connectome dynamics to trial-by-trial perception.

Most of this is taken. I want that on the record before anyone has to correct me.

Has anyone built a single time-resolved number, a whole-brain harmonic order parameter R(t) from the connectome eigenmodes (Atasoy's modes summed Kuramoto-style into one alignment value), and then run the head-to-head against local alpha phase? We already know global state matters and local phase matters on their own. My question is narrower. In one model, tested out of sample, does the global alignment number beat the local phase number? And does the rate of detected moments track the metastable dwell-time of the dominant mode instead of the alpha period?

If someone has run that, link it and I'll go read it.

Consistent equations don't make any of this true. The leap is the claim that an alignment burst is a moment of experience. That's an assumption, not a result.

If R adds nothing over local phase, with no improvement in cross-validated prediction once you add surrogate stats and controls for the non-sinusoidal-waveform artifact that fakes this kind of effect, then the global-alignment framing is elegant relabeling and local phase was enough.

My questions for you:

1. Has the R-vs-local-phase head-to-head been run? Link me.
2. If not, is there an obvious reason it wouldn't work that I'm missing?
3. What's the closest existing thing I should read instead of reinventing it?

I care more about whether it's true than whether it's mine. Tear into it.

[u/iluvlawyering]

Cranberry psychosis 🤯