Hello everyone,
I am an independent researcher at Malt Studios, operating under an Open Source Humanity framework. I am looking to get a rigorous peer review and stress test on the physical parameters for a localized laser-assisted vapor-quench machine designed to synthesize amorphous metamaterials (Yttrium-Boron Hydride baseline).
Before moving to physical lab fabrication, I want to ensure the foundational mathematics are completely sound. I have built a deterministic Julia script that evaluates:
- Centrifugal stress tensors on a Grade 2 Titanium anvil under a 4200 RPM mechanical load.
- Kinematic stabilization windows and laser pulse timing (0.4 ms).
- Thermal activation energy thresholds (2.78 eV).
The full script and architectural disclosure have been timestamped and published via Zenodo titled : The Fuel Forge: Mechanical Architecture and Mathematical Proof for Laser-Assisted Vapor-Quench Synthesis
I know this community sets the standard for scientific modeling. If any computational physicists, applied mathematicians, or materials researchers have the time to run a critical stress test on these classical mechanics and thermodynamic assumptions, I would greatly appreciate the hard truth. I want to find any flaws in the math before we start cutting metal.
Feel free to reply here or direct message me if you are interested in reviewing the full repository details or discussing collaboration.
Thank you for your time and the incredible tools you build.