Research Status
Where each idea sits today.
MaxwellX uses stage language to keep the map clear. Some areas are established physics. Some are active models. Some are research-stage systems. Some sit on the frontier horizon.
Established physicsActive modelResearch-stage / ExperimentalFrontier horizon
Area
Stage
Research anchor
MaxwellX path
Casimir 3D Nanostructures
Established Physics / Active Model
Shelden et al., *Nano Letters*, 2025
Recreate geometry-dependent force-gradient trends in model form, then build a measurement path through qualified micro/nano facilities.
FieldLab Energy Transfer
Research-Stage System
field geometry, transformation optics, RF/optical measurement, energy accounting
Compare baseline systems against changed geometries while logging electrical, optical, thermal, spatial, and temporal signatures.
Field Geometry Sandbox
Active Model
Maxwell equations, transformation optics, exposure mapping, instrumented bench tests
Make source geometry visible: field map, gradient map, coupling path, and thermal response.
Dynamic Casimir Systems
Established Physics / Frontier Model
Wilson et al., *Nature*, 2011; Lähteenmäki et al., *PNAS*, 2013
Use as quantum-boundary context for future modeling, separate from instrumented electromagnetic field shaping.
Bioelectric Response Atlas
Research Framework
electrotaxis, bioelectricity, field-response literature, PNAS Botryllus electrical stimulation paper
Begin with field maps and partner-led cell-response assays.
Light-Responsive Micro/Nanomotors
Established Field / Research Framework
Xu et al., *Chemical Society Reviews*, 2017; STRIDE review, 2026
Study how light, symmetry, topology, interface, and energy matching become motion.
MEMS/NEMS Transduction
Experimental Path
Casimir force measurement, MEMS readout, AFM/KPFM infrastructure
Convert geometry-dependent force changes into oscillator shifts, capacitance changes, and measurable electrical readouts.
Frontier Systems
Frontier Horizon
field systems, autonomous sensors, micro-actuation, exploration architecture
Integrate energy, sensing, compute, communication, and actuation into compact exploration systems over time.