Exploring Energy and Materials at the Edge of Measurement
LYZERDYNE
We are an independent lab designing and testing next-generation systems at the intersection of hydrogen systems, thermal environments, and material behavior under controlled stress.
We build applied science from the ground up—integrating hardware, code, and direct measurement.
What We Explore
Experimental Focus Areas
Deuterium Isotope Enrichment
We develop multi-stage electrolysis systems for precision separation of hydrogen isotopes, enabling controlled study of their thermal, chemical, and energy transfer behavior.
Hydrogen–Metal Interaction Studies
We study heat effects and material transformations that emerge under specific hydrogen-metal conditions, with a focus on repeatability, measurement, and system-level understanding.
Crystal Engineering
Our lab grows synthetic rubies and sapphires using custom Verneuil systems—exploring how lattice structure, thermal gradients, and electromagnetic conditions influence material behavior in hydrogen-rich environments.
Our Capabilities
From concept to creation. We design, build, and test complete systems in-house.
Fabrication Lab
Full in-house CNC machining, electronics assembly, and rapid prototyping tools. If we can design it, we can build and instrument it.
Stable Isotope Lab
Home to our cascading electrolysis array, custom automation systems, and precision measurement and monitoring equipment.
Crystal Engineering Lab
High-temp flame fusion systems for growing synthetic crystals used in advanced material and energy system testing.
The lab built to explore what others don’t prioritize.
From the Founder
Andy Mullé
Founder/ Chief Scientist
“I built the lab I could never find—where complex ideas can be explored through real systems, built and tested without unnecessary constraints.“
— Andy Mullé, Founder
New in the lab
Recent Dispatches From The Lab
Support Independent Science
Support directly funds instrumentation, experimental systems, and measurement capabilities used in ongoing lab research.