Mathematical framework
Develop geometries and models for studying organized energy transfer.
TESSELITE · ADVANCED PROPULSION RESEARCH
Engineering new pathways for energy and motion.
Tesselite is developing the Graviton, a mathematical and experimental framework for shaping energy transfer in advanced propulsion systems.
01 · The Graviton
A framework for investigating how energy can be shaped.
The Graviton is the first engineering expression of Super Chaos Theory. It brings mathematical geometry, simulation and physical experimentation into one research path.
- What it is
- Mathematical and experimental frameworkA research architecture for generating, simulating and testing geometries intended to shape energy transfer.
- Question
- How geometry influences energy pathwaysThe program investigates whether organized, continuous structures can offer useful behavior in advanced energy and propulsion systems.
- Theory
- Super Chaos TheoryThe mathematical foundation used to create and describe the candidate structures explored by the Graviton program.
- Development
- Evidence remains under constructionSimulation automation, repeatable prototypes and measured comparison between models and physical tests remain active development goals.
02 · Research
From mathematical structure to measured behavior.
Each stage is intended to reduce uncertainty before a candidate geometry advances.
Simulation
Test candidate structures through numerical visualization and computational analysis.
Physical validation
Translate selected geometries into prototypes and compare measured behavior with simulation.
03 · Progress
Separate completed work from the work ahead.
The program is moving from mathematical development and visualization toward a repeatable simulation and physical testing loop.
Mathematical framework
Initial mathematical development and three-dimensional research visualizations.
Simulation and prototypes
Build a repeatable computational and physical validation loop.
Integrated demonstrator
Target a documented demonstrator and compare measured results with simulation.
04 · Visualizations
See the structures under investigation.
These research visualizations explore mathematical geometry and motion. They are not footage of an operational propulsion system.
Research visualization
05 · Company
Two disciplines, one research program.
Tesselite was founded by brothers Marcel and Florent Ndeffo in the United States.
Marcel brings computational mechanics; Florent brings mathematics and data engineering. Together they are developing a disciplined path from mathematical ideas to testable systems.
Marcel Ndeffo
Co-founder · PhD in Computational Mechanics
Florent Ndeffo
Co-founder · Mathematician & Data Engineer
06 · Contact
Build the next evidence with us.
We welcome conversations with research institutions, industrial partners and strategic investors.
Direct contact
[email protected]
New York City area, United States
- Research collaboration
- Industrial partnerships
- Scientific institutions
- Strategic investors
Investor information
Review the Phase I validation program, funding allocation and illustrative projections.
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