Entries
The H2‑EM Engine v2.0 is a hydrogen combustion architecture built around electromagnetic governance rather than mechanical containment. It is designed for heavy‑duty, industrial, off‑highway, and defence applications where hydrogen’s instability has historically made conventional engines unsafe or unreliable. The core idea is that hydrogen’s problems are kinetic, not thermodynamic,
The Curvature‑Stabilised Fusion Reactor (CSFR) proposes a confinement architecture that replaces the tokamak’s force‑balance, current‑driven paradigm with geometry‑driven, current‑free stability. Tokamaks rely on large plasma currents to generate poloidal magnetic fields, but those same currents create tearing modes, kink modes, neoclassical tearing modes, edge‑localised modes, and full‑scale disruptions.
The H2 EM Aero Engine is a field governed, ammonia fuelled hydrogen combustion architecture designed for piston propeller aircraft. It eliminates the storage problem that has made hydrogen impractical for general aviation by cracking ammonia on demand and producing only the hydrogen required for the next combustion cycle. No hydrogen is ever stored on board.
Smart-Potty Pooch Alert System
1. Vision & Executive Summary
The Smart-Pooch Alert System is an innovative wearable solution designed to eliminate "indoor accidents" for pet owners. By integrating low-cost, high-efficiency sensors into a specialized harness, the system detects pre-excretion biological and behavioral patterns in dogs. It provides real-time notifications to the owner's smartphone,
Beyond Whittle proposes a replacement architecture for aviation combustion: an electromagnetic field‑governed reaction kernel that stabilises hydrogen combustion without swirl, without geometry‑anchored flameholding, and without the thermoacoustic and flashback instabilities that make hydrogen fundamentally incompatible with Whittle’s 1940s combustor topology. As the document states, “hydrogen’s ultra‑high flame speed,
H₂EM‑Agri is a field‑governed atmospheric nitrogen‑fixation architecture that produces nitrate fertiliser, green ammonia, or ammonium nitrate on demand without high‑pressure vessels, cryogenics, or centralised Haber–Bosch infrastructure. It extends the unified electromagnetic governance framework of the Griffiths Canon to nitrogen chemistry,
The EM‑Driven Seawater Refinery is a next‑generation coastal plant architecture that treats seawater as a multi‑resource chemical feedstock rather than a waste‑laden input. By coupling electromagnetic microwave cracking with bulk desalination, the system co‑produces fresh water, hydrogen, oxygen, commercial‑grade salt, and recoverable electrical energy from a single seawater intake. As the document states,
Page 8 of 17