mindis

MindIs is a hypothetical framework and data-encoding scheme proposed to represent subjective mental states as structured, interoperable data. The term blends "mind" with "is" to signal the aim of translating qualitative experience into machine-readable representations for research and interaction. While not a single widely adopted standard, mindIs is used in theoretical discussions and design exercises to explore the boundary between phenomenology and computation.

Conceptually, mindIs seeks to capture dimensions such as perception, emotion, intention, and cognitive content within an ontology that enables linking reports of experience with observable data. Proponents argue that a cautious standardization could improve reproducibility in experiments, enhance human–machine interfaces, and support AI alignment, provided privacy, consent, and context are preserved.

Proposed architecture typically includes a core mental-construct ontology, an encoding layer that maps subjective reports to structured data formats, a provenance and versioning system, and an API for exchange with research tools and applications. It emphasizes user control over data, context tagging, and multimodal inputs to ground reports in real-world cues.

Critics note that subjective experience resists full quantification and that any framework risks reductionism or bias. Practical challenges include reliability of self-reports, cross-cultural variability, and secure handling of sensitive mental data. As of now, mindIs remains a conceptual tool rather than a standardized protocol.

See also: cognitive ontology, neurophenomenology, affective computing, data ethics, human–computer interaction.