Tag: Experimental Cycle
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10. Release antihydrogen
10. Release antihydrogen Turn of the atom trap to see what’s left over Related physics: Annihilation, Detectors Related equipment: SVC, TPC, Atom Trap
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9. Detect antihydrogen losses
9. Detect antihydrogen losses Related physics: Annihilation, Detectors Related equipment: SVC, TPC
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8. Interact with antihydrogen
8. Interact with antihydrogen Time to perform an experiment! Related physics: LyALPHA Laser, 243nm-Laser, Microwaves, Gravity Measurements, Charge of antihydrogen Related equipment: LyALPHA Laser, 243nm-Laser, Microwave generator
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7. Store antihydrogen
7. Store antihydrogen Related physics: Antihydrogen, loffe-pritchard trap Related equipment: Atom trap
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6b. Mixing (synthesis of antihydrogen)
6b. Mixing (synthesis of antihydrogen) Related physics: Antihydrogen, Mixing Related equipment: Atom trap
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6a. Measure plasma size or temperature or particle count
6a. Measure plasma size or temperature or particle count Related physics: MCP, Detectors, Faraday cup Related equipment: MCP, Detectors, Faraday cup (Destructive step… so start over!)
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5. Compress and cool positrons
5. Compress and cool positrons Related physics: Plasma physics, evaporative cooling, sympathetic cooling (Be+), Laser cooling Related equipment: Beryllium source, Beryllium ablation laser, Beryllium cooling laser
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4. Cool and compress antiprotons
4. Cool and compress antiprotons (with electrons) Related physics: Plasma physics, electron cooling, rotating wall, evaporative cooling, SDREVC (rotating wall with evaporative cooling) Related equipment: Penning Trap
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3. Catch antiprotons
3. Catch antiprotons Related physics: Penning Trap Related equipment: Catching Trap, Penning Trap
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2. Get positrons
2. Get positrons Related physics: Antimatter, Positron Related equipment: Sodium source, Positron accumulator