SCP-4192
Safe
~
medium confidence
SCP-4192
Expected annual
$924K
One-time setup
$2.6M
Annual recurring
$897K
Personnel
5
Initial setup is capital-intensive (~$2.6M one-time) driven by precision vacuum, trapping and magnet/cryostat equipment plus contingency; annual operations are dominated by specialized staff wages and monitoring (~$897k/yr).
One-Time Capital Costs
Total: $2.6M
Annual Recurring Costs
Total: $897K/yr
Cost Scenarios
📊
Baseline
(baseline)
$897K/yr
Routine year with no major incidents; normal research and operations.
no incidents
planned experiments only
🚨
Minor Incident
$1.0M/yr
Small containment/equipment incident (e.g., localized RF leakage, pump failure) requiring repair, emergency response and extra audits.
localized equipment failure
minor RF leakage detected
🚨
Research Breakthrough Requiring Scale Up
$1.4M/yr
Significant positive research result triggers additional experiments and equipment purchases to scale experiments.
approved scale-up experiment
funded expansion after breakthrough
🚨
Major Breach
$2.9M/yr
Major containment failure or catastrophic equipment loss requiring replacement, extended response, legal/PR and possibly relocation.
major containment failure
catastrophic equipment loss
regulated frequency interference leading to public exposure
Personnel
5 total
| Role | Count | Notes |
|---|---|---|
| Lead Research Scientist | 1 | [#10] Senior researcher leading experiments and approvals. |
| Research Scientist / RF Engineer | 1 | [#10] RF engineering and signal analysis (0.5–1 FTE equivalent salary included). |
| Lab Technician | 2 | [#10] Bench technicians supporting experiments, vacuum work and routine maintenance. |
| Vacuum/Cryogenics Technician | 1 | [#10] Specialist for cryostat/magnet operations and UHV system servicing. |
Confidence Notes
Estimates are based on domain-typical pricing ranges for UHV/trap/cryogenic systems and facility operations provided in the analyst notes; optional items (superconducting magnet, cryogen usage, redundancy) and local vendor/service variance introduce moderate uncertainty.