JRAD Engineering Tools
A magnetic ecosystem cannot be engineered using classical mechanical or electrical frameworks alone. JRAD’s Engineering Tools are built directly from the laws, principles, and protocols introduced in the Hollow Physics series — forming the foundation of the world’s first Magnetic Engineering Stack.
Hollow Physics I — Recursive Mobility
The Hollow Physics I Series establishes the core architecture of the Hollow Physics doctrine — defining the structural, energetic, and temporal underpinnings of a hollow‑structured universe. These four volumes form the intellectual substrate for JRAD’s propulsion, habitat, and systems engineering frameworks.
Hollow Physics II — Magnetic Ecosystems
The Hollow Physics II Series expands the foundational doctrine into advanced structural, energetic, and recursive systems. These volumes deepen the cosmological architecture introduced in Series I and establish the frameworks that later support JRAD’s propulsion, habitat, and magnetic‑field engineering platforms.
Hollow Physics III — Multi‑Field Magnetic Propulsion
The Hollow Physics III Series advances the doctrine into recursive magnetic infrastructure, mobility, and habitat‑field architecture. These volumes form the theoretical backbone of JRAD’s magnetic propulsion systems, recursive mobility doctrine, and the Multi‑Field Magnetic Celestial Habitat (MMCH) platform.
The JRAD Magnetic Engineering Stack
JRAD is building the world’s first integrated engineering environment for magnetic systems — a stack that will expand to include propulsion, field envelopes, energy systems, and magnetic manufacturing pathways.
- Propulsion Sizing Simulator — coil lift estimation and propulsion envelope analysis.
- Rear Field Sizing Simulator — rear envelope modeling and stability shaping.
- AFSG Tools — flywheel energy modeling and generator integration.
Unlimited Future Development
The magnetic ecosystem opens the door to entirely new engineering disciplines — magnetic manufacturing, coil fabrication standards, AFSG cartridge production, field‑envelope calibration, and more. JRAD’s Engineering Tools page will evolve into the central hub for these emerging disciplines.
Access Engineering Tools
Use the dropdown in the main navigation to launch any tool directly.
Propulsion Sizing Simulator
Coil lift estimation, recursive mobility modeling, and propulsion envelope analysis.
Open Simulator →Rear Field Sizing Simulator
Rear envelope modeling, stability shaping, and field‑interaction analysis.
Open Simulator →AFSG Integration Tools
Flywheel energy modeling, generator behavior, and power‑module integration.
Open Tools →