Program 1: Quantum Resonator Architecture
Status: Prototype planning / staged
What it is: A hardware research program exploring resonant systems and control architectures, developing prototypes to harness controlled resonances and stability mechanisms.
Methods:
- Control theory and resonant dynamics modeling
- Instrumentation and sensing design
- Feedback control systems
Outputs:
- Schematics and control algorithms
- Experimental notes and logs
- Prototype designs and validation reports
PROGRAM 2: AI + SIMULATION TOOLING
Status: Computational validation
What it is:
A program that uses AI and simulation tools to automate experiments, optimize resonant architectures, and accelerate research.
Methods:
- Machine learning (reinforcement and supervised)
- Evolutionary algorithms and optimization frameworks
- High-throughput simulation workflows
- Data analytics
Outputs:
Program 3: Unified Field Modeling (Scalar–Torsion Framework)
Status: Simulation & publication pipelin
What it is: A unified scalar‑torsion cosmological framework that explores non‑singular universe dynamics and derives testable predictions about cosmology and particle physics.e
Methods:
- Group theory and character integral analysis
- Numerical integration and parameter fitting
- Cross-validation with cosmological observations
Outputs:
- Preprints and peer-reviewed papers
- Book chapters and reference summaries
- Simulation data and code repositories
Find our research on ResearchGate here.
For more information about our research findings, visit our Publications & Peer Review page and learn about our lab’s mission on the GreenTheDream Research Lab home page.
Green The Dream 