Recover a known force
Establish what the complete instrument can measure before testing a candidate propulsion mechanism.
Explore the campaign ↗MF-01 / Momentum Lab
Measure the difference.
A proposed in-house force platform. Three campaigns to turn a small signal into a result another team can assess.
Current stage: program designNext deliverable: measurement requirements and uncertainty plan
Learn the false signals
Measure how ordinary heat, fields, gas and mechanical connections can imitate the candidate's predicted response.
Explore the campaign ↗Test one defined prediction
Determine whether a specified candidate is supported, constrained or unresolved under a declared test protocol.
Explore the campaign ↗Define the signal before choosing the sensor.
Force range, payload, bandwidth and acceptable uncertainty follow from the candidate prediction. Cryogenics, interferometry and nanoscale fabrication are options to justify against requirements—not prerequisites implied by the word propulsion.
THE INSTRUMENT
Explore the architecture.
See the role of the balance, calibration, environment and synchronized readout.
THE PROTOCOLKnow what passes.
Inputs, controls and advancement criteria for each campaign.
THE DEVELOPMENT RECORDSee what comes next.
Eight evidence gates. Current statuses shown explicitly.
Research basis: James E. Polk, 2017 · M. Tajmar, 2022 · Paul Williams, 2021 · Lior Michaeli, 2025.