RESEARCH DIVISIONS
Applied Nuclear Physics, Telemetry Systems, and Thermodynamic Biology. We operate at the intersection of theoretical constraints and industrial application.
DIVISION 01
Isotopic Topology & Advanced Materials
The 104-Day Barrier. We utilize Spatially Mapped Isotopic Gradients to create a thermodynamically unclonable physical anchor.
Technique
Focused Ion Beam (FIB) Lithography
Verification
SciAps Z-903 Handheld Integration
DIVISION 02
Telemetry & Sensor Fusion
The ATLAS Division specializes in high-fidelity tracking of anomalous kinematic objects. We apply "Metric Engineering" principles to analyze trajectory deviations and spectral signatures in contested orbital environments.
Signal Processing
Real-time analysis of RF and optical telemetry to identify non-ballistic trajectories.
Metric Engineering
Theoretical modeling of propulsion systems that manipulate local spacetime metrics.
DIVISION 03
Theoretical Biophysics & Conformal Cosmology
The theoretical research division. Investigating Conformal Conscious Cyclic Cosmology (C4) and Thermodynamic Bio-Regulation. We are developing protocols to restore thermodynamic efficiency in biological substrates.