Infrastructure for the science of experience.

Neuro-phenomenological research, where it exists at all, runs as a patchwork of disparate datasets, localized experimentation, and ad-hoc taxonomies. Each lab collects its own modality, labels its own states with its own vocabulary, and stores results in incompatible formats. Cross-study aggregation is rare; meta-analysis is mostly manual; replication is structurally difficult.

The result is real findings that don't compound. There is no shared substrate to accumulate against, no common ontology to cite, and almost no network effect — one lab's contribution rarely sharpens another's instrument.

The Archive is the substrate research builds on, not a tool used in isolation. Its atomic unit is the Observation Packet: one schema-defined bundle pairing neural and physiological signals (EEG, fMRI, fNIRS, MEG, ECoG, BCI streams, wearables, eye-tracking, motion capture) with a structured first-person report of the experience that accompanied them. Packets are modality-agnostic and carry consent and provenance as first-class properties — every contribution lands first in the contributor's encrypted Personal Neural Vault and only enters the shared Archive under explicit, revocable consent.

Across packets, recurring joint patterns of neural activity and reported experience surface as neural archetypes — the Archive's living, evolving vocabulary for inner states, with fuzzy membership, confidence tiers, and exemplar packets you can inspect. An internal Architect agent continuously maintains this ontology as new packets arrive, and the Archive periodically publishes frozen, citable, diffable Editions — the unit of reproducibility. Researchers and external services reach the Archive through the Noetic Interface: a conversational agent and backend API that bridges to the dataset, including a private analytical workspace for bringing your own data and comparing it against the shared map.

• You get data at global scale across every major device type. Observation Packets ingest EEG, fMRI, fNIRS, MEG, ECoG, BCI streams, biometric wearables (HR, HRV, EDA), eye-tracking, and full-body motion capture, each paired with structured first-person reports. This gives you diversity and sample size that individual labs cannot assemble alone.
• You work with continuously refined neural archetypes. The Archive maintains a living ontology of recurring joint phenomenological–neural patterns, with fuzzy membership, confidence tiers, and exemplar packets you can inspect. You can cite an archetype the way you would cite a software version.
• The Archive is built for meta-analysis. Standardized packet schema and shared archetype membership make cross-study aggregation tractable across labs, modalities, and Editions.

The Noetic Interface is the user-facing agent of the Archive — and, for researchers, a personal analytical workspace.

• Bring your own experimental data into a private workspace governed by your own access rules.
• Run your own analyses with your own methodology. The Interface does not impose a model. You stay the author of your science.
• Compare against the broader Archive. Do your patterns align with known archetypes? Do they motivate new ones? Where do your data diverge from the consensus, and why?
• You benefit from research network effects. Every external study that engages the Archive sharpens the shared ontology, and every contributor benefits from work done by everyone else.

This is the shift: from neuroscience as a collection of isolated experiments to neuroscience-of-experience as a shared service for research and development.

The Archive periodically publishes frozen, immutable Editions — self-contained, Git-tracked packages of canonical archetypes and packets in text-based, diffable formats with integrity checksums.

Any claim made against the Archive can be reproduced against the exact Edition that produced it. Cite by version. Diff between releases. Treat the Archive as software: inspectable, traceable, and stable enough to anchor a publication.

Every neural recording lands first in the contributor's own encrypted Personal Neural Vault. Nothing reaches the shared Archive without explicit, revocable consent — and contributors can withdraw at any time.

The Vault is the sovereignty layer: the boundary between personal data and collective science. For research, it makes the Archive IRB-friendly by construction — consent and data provenance are first-class properties of every packet, not afterthought metadata.

• We welcome labs with paired or unpaired datasets — neural, physiological, or behavioral — that could enter the Archive under their own consent and licensing terms. We are actively building partnerships across geographies and traditions.
• We welcome principal investigators running studies on attention, emotion, meditation, psychedelics, sleep, flow, altered states, or any describable internal state.
• We welcome methodologists and phenomenologists working on structured first-person reporting, micro-phenomenology, and the operationalization of experience.
• We welcome applicants to the Science Advisory Network who want to contribute as independent consultants on specific projects shaping the ontology and release protocol.

What data formats does the Archive accept?

Observation Packets are schema-defined and modality-agnostic — they accept any neural, physiological, or behavioral signal alongside structured first-person reports. We work with contributors to map existing formats (BIDS, EDF, FIF, NWB, and custom) into the packet schema without lossy conversion.

How do data access and licensing work?

Research access is granted under terms that respect contributor consent and the Archive's scientific integrity. Specific tiers (academic, partnered-study, commercial) are evolving — talk to us about your use case and we'll scope the right pathway.

Is the Archive IRB-friendly?

Yes. The Personal Neural Vault enforces explicit, revocable, participant-controlled consent for every packet. Provenance and consent state are first-class properties of the data, designed to fit institutional review requirements.

How should I cite the Archive?

Cite by Edition. Every Edition is immutable and Git-versioned; pinning to a specific Edition makes any downstream analysis reproducible.

Can I bring my own data without contributing it?

Yes. The Noetic Interface supports a private researcher workspace. You can analyze your own data and compare against the public Archive without contributing your raw data back, though contribution accelerates the shared ontology.

A working citation format (subject to revision as Editions formalize):

@misc{psyntient_noetic_archive,
  title        = {The Noetic Archive, Edition {<edition-id>}},
  author       = {{Psyntient}},
  year         = {<year>},
  howpublished = {\url{https://psyntient.io/archive}},
  note         = {Edition <edition-id>, immutable release}
}

A canonical citation block will accompany each released Edition.