Hempoxies

🌱 Hempoxies: Could This Be the #1 Material Ever Conceived? Every era has its defining material: bronze, steel, aluminum, carbon fiber, graphene. Each shifted what humanity could build — from empires to spacecraft. Now, on the horizon, emerges a challenger that could eclipse them all: Hempoxies — the world's first carbon-negative, infinitely recyclable, high-performance composite platform. 🧬 The Six-Component Formula Hempoxies isn't just another bio-resin. It's a carefully engineered hierarchical system, with each ingredient designed to play a distinct role: Epoxidized Hemp Seed Oil (EHSO) – the primary polymer matrix, a renewable replacement for petroleum-based epoxy. Quadruple-Function Modified Hemp Lignin (QF-MHL) – the molecular engine, acting as cross-linker, compatibilizer, aldehyde source, and amine co-reactant, enabling catalyst-free vitrimer recycling. Furfuryl Glycidyl Ether (FGE) – a hemp-derived reactive diluent, lowering viscosity...

Big news from Moncton this morning! The groundbreaking theoretical paper, "Hempoxies: A Programmable, Carbon-Negative Material Platform," by researcher Marie Seshat Landry, has been officially archived and assigned a permanent Digital Object Identifier (DOI). This marks a significant step in establishing the intellectual prior art for this visionary material. The paper's official DOI is: https://doi.org/10.5281/zenodo.17082766 What's a DOI and Why Does It Matter? 🔎 So, what is a DOI? Think of it as a permanent address or a social security number for a digital document. While website links can break and servers can change, a Digital Object Identifier is a unique and persistent link that guarantees a research paper can be found and cited forever. For a conceptual work like Hempoxies, having a DOI is crucial. It creates a stable, verifiable record that other scientists, investors, and engineers can reference as they engage with the idea. A Quick Refresher: The ...