The research spine of MaxwellX.
MaxwellX builds from source-linked science. Each card connects a research area to the paper, institution, or infrastructure that anchors it. Every link opens the publisher, government, university, PubMed/PMC, or arXiv record directly.
Casimir / vacuum-boundary physics
geometry-controlled Casimir force behavior; pillars, hollow cylinders, arrays; force-gradient signature mapping.
public institutional context for Shelden/Munday work.
foundational experimental Casimir-force measurement.
material/medium-dependent Casimir-Lifshitz repulsion in fluid systems.
strong geometry dependence in grating structures and nanomechanical components.
nanostructuring can suppress Casimir force.
surface-potential mapping and measurement integrity.
contact-potential patch effects in Casimir-force measurements.
public statement that Casimir force depends on material properties and boundary shape.
Dynamic Casimir / quantum circuits
tunable superconducting boundary conditions and microwave photon generation.
Josephson metamaterial dynamic-boundary experiment at microwave frequencies.
Electromagnetic field shaping and modeling
transformation optics and metamaterial field steering.
computational electromagnetics and inverse-design tooling.
Bioelectricity and cellular field-response research
pulsed electrical stimulation in a colonial chordate model; a biology anchor for field-response mapping.
electric fields and cell migration.
electrical stimulation and wound-healing pathway context.
bioelectricity, regeneration, and patterning mechanisms.
cell-response testing under wireless-power-transfer EMF conditions; useful for exposure-parameter discipline.
Light-responsive micro/nanomotors and STRIDE
light-driven MNMs converting light energy into mechanical work.
STRIDE framework: symmetry breaking, topology optimization, responsive dynamics, interface engineering, dimensional coupling, energy matching.
light-driven semiconductor-based MNM optimization strategies and applications.
visible-light-driven MNM materials, propulsion mechanisms, control methods, and applications.
Frontier caution / spacetime context
quantum inequality limits for negative-energy discussions.
spacetime propulsion caution and energy-condition context.
long-horizon research context only.
Facilities, safety, and infrastructure
shared nanoscale fabrication and characterization infrastructure.
AFM/KPFM, conductive AFM, low-current characterization, force characterization example.
laser safety, controlled areas, beam stops, eyewear.
laser product radiation safety standards.
RF exposure framework.
IP context
internal IP planning and invention-capture context.
internal distinction between natural principles and practical applications.
internal filing-before-disclosure guidance.