This project investigates how titanium dioxide (TiO₂) accumulation in human tissue alters biological responses to solar electromagnetic input. The protocol includes timestamped solar flare documentation, nervous system regulation logs, and environmental signal tracking. Research was submitted to Gitcoin Grants Round 23, supported by blockchain timestamping, SHA256 hashing, and cross-AI system validation. Full visual logs were archived in July 2025, with phase one research now complete and publicly accessible. The goal is to build a regenerative biological infrastructure model tied to electromagnetic behavior, verified independently and structured for DAO-based protection.
We are building a cryptographically verified environmental health protocol that proves how unregulated nanoparticle exposure affects the human nervous system under solar electromagnetic input. Our mission is to create a decentralized, transparent infrastructure for monitoring and correcting environmental-biological interference, with real-time feedback, visual evidence, and long-term protection via DAO governance.
The unregulated use of titanium dioxide in food, pharmaceuticals, and personal care products introduces persistent nanoparticles into human tissue. Emerging evidence suggests these particles interfere with solar biological signaling, affect nervous system function, and alter electromagnetic absorption. Despite widespread exposure, there is little regulation and no public tracking of systemic effects. There is no protocol in place to measure how environmental toxicity and solar input combine to affect real-time biology or long-term health outcomes.
This project builds a decentralized, timestamped, and field-verified research protocol to measure the effects of TiO₂ bioaccumulation under solar radiation. By tracking nervous system behavior, visual field anomalies, and electromagnetic regulation in real environments, the project establishes a replicable method to study environmental toxicity with open verification layers. All findings are supported by cryptographic timestamps and cross-AI system validation. DAO-based licensing will protect the protocol while allowing public benefit, with no centralized institutional gatekeeping.
Public access, private protection. The protocol is offered freely for public health and field testing but protected under DAO-based licensing and timestamp verification. No traditional monetization. Funding is decentralized through grants, open-source collaboration, and retroactive public goods funding.
Want to grow through just grant funding
United States (Wisconsin)
120,000 USD (projected valuation, not yet withdrawn)
