Energy transfer through geometry, fields, light, and matter.
FieldLab is MaxwellX's experimental layer: instrumented tests of how geometry changes energy transfer across fields, light, materials, and measurement."block">
What FieldLab studies
FieldLab compares baseline systems against modified geometries. The input stays controlled. The geometry changes. The instruments record the response.
A signature can be:
- electrical: voltage, current, impedance, capacitance, noise, coupling
- magnetic: field strength, gradient, directionality, reach
- optical: reflection, transmission, absorption, scattering, beam shape
- thermal: temperature rise, heat distribution, response time
- mechanical: motion, vibration, deformation, force
- temporal: delay, decay, pulse response, resonance behavior
- spatial: field map, hot spot, null, focus, dispersion
First campaign
FieldLab-01 — Energy Transfer Test
The first campaign studies whether controlled geometry changes alter energy-transfer signatures under fixed input conditions.
The public campaign language stays broad while the experiment is underway. Exact frequencies, geometries, materials, dimensions, power levels, waveforms, and early measurements remain internal until IP review.
What makes a MaxwellX signature
A MaxwellX signature is a repeatable difference between a baseline system and a changed geometry.
The signature becomes useful when it repeats across runs, survives instrument checks, and can be described by a model.
Public research path
- Establish a baseline.
- Change one geometry variable.
- Record the field, light, heat, and electrical response.
- Repeat the run.
- Compare the signature.
- Protect the invention.
- Expand the map.
Stage
Research-Stage System.