Transportation
NEXUS is the EFEIA Research Institute's pillar on transportation. The program measures artificial EMF inside the spaces people inhabit while moving: electric vehicles, commercial aircraft, and maritime vessels. The work characterizes what occupants are actually exposed to, seat by seat, during the hours they spend in transit.
The vehicles we live in
Modern transportation has changed what daily exposure looks like. Electric vehicles surround occupants with high-current systems and dense wireless equipment. Commercial aircraft route hundreds of antennas through a sealed metal cabin. Maritime vessels run continuous high-power systems for days at a stretch.
In all three modes, the result has the same shape: people sit inside a contained electromagnetic field for prolonged periods, with no exit until the trip ends. Most of the existing exposure literature was written for a world where transit time was measured in minutes, not hours.
NEXUS measures this exposure where it actually happens. The pillar's flagship project characterizes EV cabin fields with full sensor coverage and per-seat profiling. Two planned investigations extend the methodology to commercial aviation and maritime operations.
Four properties define cabin exposure
Fields inside vehicle cabins routinely exceed those in homes or offices. Battery arrays, motor housings, and clustered antennas put the body close to multiple sources at once.
The average commuter spends an hour or more per day inside a vehicle. Long-haul drivers, pilots, and crew can spend ten or more. Cumulative dose grows quickly.
No room to step away. Once a vehicle is in motion, occupants stay inside the field for the duration of the trip. There is no shielded room to retreat to.
Vehicle electrification is accelerating, in-cabin wireless density is growing, and the field environment of transit is becoming denser by the year.
Three modes, three lines of inquiry
One pillar covering three transit environments. Automotive Research is the active flagship. Aviation and maritime investigations are scoped and ready to launch as industry partnerships and measurement access come online.
Automotive Research
The flagship project of NEXUS. Full-cabin measurement protocols characterize EV electromagnetic environments seat by seat across the vehicle's operating modes (charging, idle, acceleration, cruise, regenerative braking). Findings compare across vehicle classes and inform both occupant guidance and vehicle-design recommendations.
Aviation EMF Assessment
Commercial aircraft cabins concentrate hundreds of wireless and avionics systems into a sealed metal environment. The program will extend the per-seat methodology to commercial flight, with attention to long-haul exposure profiles for crew and frequent travelers.
Maritime EMF Assessment
Maritime vessels operate continuous high-power electrical and communications systems for days at a stretch. The program will measure cabin and operations-area exposure across cargo, passenger, and offshore operations.
Cabins are where the field meets the body.
An hour in a modern car. Three to ten hours in an aircraft. Days at a stretch inside a maritime vessel. Vehicles are no longer transit corridors; they are concentrated exposure environments where the body sits inside a contained electromagnetic field for hours at a time. NEXUS measures what that field looks like, seat by seat.
How NEXUS connects to the rest of the Institute
NEXUS measurements give SPECTRA's risk assessment a number for daily transit dose, which is otherwise missing from individual exposure estimates.
Apiaries and habitats near transit corridors face elevated transit-related fields. NEXUS supplies the source-level data that TERRA's apiary work needs to interpret what hives are responding to.
Biophoton instrumentation inside cabins could give NEXUS a non-thermal effect signature alongside conventional measurement. The cabin is a controlled enough environment for that work to be tractable.
Cabin field environments concentrate artificial quantum noise. QUANTIS provides the theoretical frame for what makes that exposure biologically significant beyond conventional thermal metrics.
Add data to NEXUS, or partner on the next mode.
Automotive Research welcomes vehicle manufacturers, fleet operators, and independent researchers willing to contribute measurement data or test vehicles. Aviation and maritime partnerships are open as the program expands into commercial flight and shipping operations.