The Vimana Architecture: A Combinatorial Nanomedical Platform and Systems Specification
Year: 2026
Type: article
Abstract: The Vimana Architecture is a self-published theoretical working paper in The Aurora Archives Working Paper Series. It proposes a modular systems framework for nanomedical design, separating payload pharmacology from chassis selection, surface navigation, barrier transport, intracellular escape, gated release, temporal orchestration, and terminal clearance. The paper organizes the framework around four layers: a six-stage operational lifecycle, a ten-dimensional module arsenal, a tiered chassis registry, and a compact configuration schema for candidate deployments. The manuscript is intended as an educational and research-organizing document rather than as an experimentally validated clinical technology. Publication status: This is an independent, self-published working paper. It has not been peer-reviewed. It does not present proprietary experimental data, clinical trial results, validated therapeutics, or medical advice. The configurations discussed are hypotheses, design constraints, and proposed validation pathways requiring empirical testing in physicochemical, cellular, organoid, animal, regulatory, and clinical settings before any translational use. Published through The Aurora Archives / Aurora Synapse Therapeutics Limited.
Author: Tunnicliffe, Ross
Language: English
Subfield: Biomaterials
Field: Materials Science
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7161423134
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