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About the group

TripleThinkTank is an independent theoretical physics group investigating fundamental problems at the intersection of electrodynamics, quantum optics, quantum field theory, and emergent phenomena. We study how time‑varying electromagnetic cavities and driven geometries shape light‑matter interactions, generate new quantum states, and reveal deep structural links across physics.

Core research directions

⏳ Parametric effects & cavities

We analyze oscillating boundaries in cylindrical and spherical cavities. Our work shows how mode coupling enables controlled transfer of energy and angular momentum – with applications in quantum computing, precision sensing, and engineered quantum states of light.

🌌 QFT in dynamical spacetimes

We develop quantum field theory frameworks for periodically driven cosmological backgrounds. This connects to analogue gravity, the Hawking–Unruh effect, and the question of how physical states and geometry emerge from quantum dynamics.

🌀 Space‑time metamaterials

Time‑dependent boundaries create synthetic motion and produce Fresnel drag, nonreciprocal transmission, and effective bianisotropy. Our exact 3D analytical solutions go beyond planar approximations.

🔬 From theory to experiment

Our systems correspond directly to superconducting microwave cavities, optomechanical resonators, and photonic crystals. The analytical tools we provide enable design of parametric amplifiers, quantum transducers, and frequency converters, while also illuminating how confined classical and quantum dynamics give rise to emergent structures and effective geometries.

Unifying theme

A central thread across our research is the role of time‑varying boundaries as a platform for synthetic motion, non‑reciprocal light propagation, and quantum state engineering. By combining exact analytical methods with modern quantum optics and field theory, we bridge fundamental questions — such as the origin of geometry and the nature of vacuum fluctuations — with concrete, experimentally testable predictions.

Selected publications

Parametric instabilities and mode coupling in oscillating spherical cavities: Theoretical framework

C. R. Singleton

Physical Review A (2025-12-18) Journal article

DOI: 10.1103/4dc7-hx5b
Parametric Resonance Enhanced Energy Harvester (PRE-EH): A High-Efficiency Vibration Energy Solution for Self-Powered IoT Systems

C.R. Singleton

Zenodo (2025-09-08) Report

DOI: 10.5281/ZENODO.17703170
Real-Time Arc Suppression System (RASS) Revolutionary Plasma Physics Approach to Arc Flash Prevention

C.R. Singleton

Zenodo (2025-08-24) Report

DOI: 10.5281/ZENODO.17703004
Maschinengeist Affekt: Reconceptualizing Machine Affect Beyond the Consciousness Paradigm

C.R. Singleton

Zenodo (2025-08-10) Preprint

DOI: 10.5281/ZENODO.16791752
Minimalist Quantum Gravity: A Two-Parameter Fractal Framework with Near-Term Experimental Tests

Curtis R. Singleton

Zenodo (2025-07-04) Preprint

DOI: 10.5281/ZENODO.15802898
Parametric Instabilities in Cylindrical and Rectangular Optical Cavities: Beyond Spherical Geometry

C.R. Singleton

Zenodo (2025-08-24) Preprint

DOI: 10.5281/ZENODO.16935418

All DOIs link directly to the published versions or repositories.

📧 For inquiries: research@triplethinktank.com