Field Deployment Design for a Transportable Strontium Lattice Clock for Geodesy Campaigns

A transportable clock for geodesy must survive a road journey, run from a field power supply, and still hold a systematic budget near one part in ten to the eighteen. Those requirements trade against each other in mass, power and thermal control. This design assembles a systematic uncertainty table, a power budget and a mass budget for a strontium lattice system intended for campaign use, and converts the combined systematic term into its height equivalent, the number a geodesist ultimately spends. The computed results, taken from the deposited script, are as follows in summary: The computed systematic_1e18 BBR is 2. The computed systematic_1e18 lattice_light is 1.5. The computed systematic_1e18 Zeeman is 1. The computed systematic_1e18 collisional is 0.8. The computed systematic_1e18 probe is 0.7. The computed systematic_1e18 servo is 0.5. The computed systematic_total_1e18 is 2.94. The computed power_W_total is 1400. The computed power_budget lasers is 450. The computed power_budget vacuum is 120. The computed power_budget electronics is 380. The computed power_budget thermal is 300. The computed power_budget computers is 150. The computed mass_kg_total is 450. The study is a computation from stated assumptions, not a measurement, and its figures should be read at the precision those assumptions support. SIMULATED, NOT MEASURED.