AkashicNET × AkashicOMNI v0.5.0
Awakening & the Question of Transmission
A research reading of Hide Saegusa’s TSC2026 presentation.
Take the experience seriously. Keep the explanation open. Design the next discriminating test.
Provisional Synthesis
Meaningful Reports, an Unresolved Mechanism
The reported mystical experiences warrant careful study. The available abstract and slides do not establish that consciousness is transmitted through electromagnetic fields, photons or quantum entanglement. They also do not settle how much the outcomes depend on training, attention, expectation or interpersonal context.
This is a manual application of the public AkashicOMNI v0.5.0 review specification: DISCERN separates observations from inferences; DEEPEN develops alternatives and better questions. It is not an automated framework run, independent peer review or a full audit of the underlying study.
DISCERN · Author-Reported Results
What Does the Abstract Report?
| Study Record | Reported Outcome |
|---|---|
| 1,038 workshop participants; sessions of 3–6 hours in 2025–2026 | Mean MEQ30 score: 85 |
| Workshop score distribution | 34% scored at least 90; 25% met “complete mystical experience” criteria |
| Separate study described as double-blind | Mean 81 in the intervention group versus 11 in the control group |
The abstract does not provide the controlled study’s sample size, variability, allocation and blinding procedures, scoring scale or full protocol. The means above are reproduced without assuming a percentage or calculating an effect size. These omissions limit independent assessment. Read the official abstract ↗
What MEQ30 Can Tell Us
The questionnaire characterises reported mystical experience. In its validation, “complete” requires at least 60% of the maximum on each of four subscales. A total score alone is not that criterion. The instrument does not identify a physical mechanism, certify enlightenment or establish lasting clinical benefit. Scoring and subscale data would help interpret these results. MEQ30 validation ↗
DISCERN · Slides and Hypotheses
Four Questions Behind “Transmission”
Electromagnetic Fields
A slide lists this as a candidate explanation. A test needs a specified field, strength, geometry and measurable prediction, with controls for ordinary sensory cues and equipment coupling.
Gamma and Faster Activity
Another slide proposes testing gamma (40–100 Hz) and higher-frequency oscillations (200–800 Hz). Scalp high-frequency signals require particular care with eye movements, muscle activity, sampling and filtering. Genuine neural gamma would still not, by itself, establish transmission.
Zero-Lag Synchrony
The slide’s conditional claim links zero-lag synchrony to microtubule quantum coherence. That inference is not unique: common inputs, reference leakage, acquisition artefacts and classical coupled dynamics need testing. Synchrony alone cannot identify its mechanism.
Photons and Entanglement
A photon-emission slide is not evidence that light carries consciousness. That proposal needs calibrated detection and a causal model. Entanglement alone cannot transmit a controllable message; a quantum explanation must specify the systems and observables involved.
The photographed simultaneous-measurement setup is a study concept. The conditional synchrony slide proposes a result to look for; it should not be reported as an observed finding. The spectral plots are not sufficiently legible here to quantify or label “gamma only.”
DEEPEN · Learning and Meaning
What Could Be Learned, Even Before the Mechanism Is Settled?
One useful question is whether a reproducible combination of contemplative training, gaze, attention and relational setting helps people enter these states. This could be studied across facilitators and training levels. Saegusa’s official biography describes extended training in India, but biography alone cannot establish which components are necessary or teachable.
Quietened thought, love, connectedness and relaxation can be meaningful experiential themes. They should be measured separately rather than treated as one effect. Comparisons with contemplative practice, AICT or music and dance could explore shared features without assuming identical mechanisms or outcomes.
A compassionate research programme would value participant autonomy, ordinary functioning and enduring relationships alongside peak experiences. An intense session and a beneficial life change are distinct outcomes.
AkashicOMNI · Perspective Ledger
Twelve Perspectives, Then Synthesis
These are public role prompts applied to the material available. “Applied” means a perspective informed the inquiry, not that a claim passed a scientific test.
AWAKENAPPLIED
Attend carefully to reported experience without turning intensity into proof of its explanation. Awareness and discernment can coexist.
HIERATICAPPLIED
Transmission and awakening carry meanings within contemplative traditions. Those meanings deserve context; they are not interchangeable with laboratory definitions.
HOMESENSEAPPLIED
Ask how the session affects ordinary life, embodiment and relationships. Consent, freedom to stop and practical integration matter alongside unusual states.
ADAPTAPPLIED
Test how outcomes change with setting, facilitator, prior practice, expectations and sensory access. A robust protocol should describe these dependencies.
REGENERATEINSUFFICIENT INFORMATION
The material reviewed cannot establish durable flourishing or repair. Follow-up, adverse-event reporting and everyday-function measures are needed.
TRANSCENDAPPLIED
Allow unfamiliar experiences to challenge existing models. Preserve several possible explanations while exploring transformation.
#METADAPPLIED
Separate the assumptions linking questionnaire scores, neural synchrony and quantum mechanisms. Each step requires its own evidence.
ACTCAPPLIED
Compare how well expectancy, interpersonal regulation, contemplative learning and proposed physical mechanisms explain the same observations.
CUT PastAPPLIED
Saegusa’s published biography describes 15 years of training in India. This motivates questions about training history; it does not isolate which skills cause an effect.
CUT PresentAPPLIED
The present record comprises an abstract and photographed slides. It supports a provisional reading, without access to participant-level data or a complete protocol.
CUT FutureAPPLIED
Prioritise independent replication, credible comparators, longitudinal outcomes and predictions on which competing explanations disagree.
UMASCINSUFFICIENT INFORMATION
Relationships among matter, awareness, systems and culture are relevant, but the reviewed material cannot determine a physical pathway connecting them.
DEEPEN · Proposed Research
Tests That Could Change the Interpretation
- Release the measurement details. Publish the protocol, scoring convention, group sizes, exclusions, uncertainty, preregistration status and anonymised data where consent permits.
- Separate context from the proposed intervention. Compare live trained-facilitator sessions with credible matched comparators and prerecorded presentations. Measure expectations and check blinding; live interaction cannot simply be assumed double-blind.
- Validate the physiology. Record eye and muscle activity alongside EEG, respiration and cardiac measures. Use independent references, timing calibration, shuffled pairs, time shifts and shared-stimulus controls before interpreting interpersonal synchrony.
- Test a mechanism-specific prediction. Specify what changes with sensory shielding, distance or calibrated field manipulation. Each manipulation must also control changes in expectancy and interaction.
- Ask what lasts and generalises. Track wellbeing, functioning and unwanted effects; test other facilitators and independent laboratories. Report null results and differences between participants.
Synthesis
The strongest next step is a transparent, independently reproducible study that preserves the richness of first-person experience while distinguishing competing explanations. The current record invites inquiry; it does not select a transmission mechanism.
Sources, Access and Revision
- Saegusa: official TSC2026 abstract. Primary author report, not independent replication.
- Nine supplied slide photographs, IMG_1071–IMG_1079, including duplicate views. Mechanism candidates: 1072; measurement concept: 1075; conditional synchrony proposal: 1076; photon proposal: 1077. Photographs are not a complete transcript or dataset.
- Saegusa’s official biography. Source for the reported training history.
- Barrett, Johnson & Griffiths (2015). MEQ30 validation.
- Yuval-Greenberg et al. (2008). Miniature saccades and scalp gamma responses.
- Whitham et al. (2007). Muscle contamination of high-frequency scalp recordings.
- Burgess (2013). Cautions in interpreting EEG hyperscanning synchrony.
- Buhrman, Cleve & van Dam. Entanglement and communication complexity.
- AkashicOMNI v0.5.0 public review specification. Manual review roles; full software integration and independent effectiveness validation remain incomplete.
The abstract and slides come from the same presentation programme and are not independent confirmations. No participant-level data, complete experimental protocol or full talk transcript was available for this analysis. This page makes no claim of speaker endorsement.
Revision conditions: update the interpretation when a full methods paper, scoring clarification, analysable recordings, successful blinding assessment or independent replication becomes available. Mechanism conclusions should change only with evidence that discriminates between alternatives.
