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HAICU (Hydrogen Antihydrogen Infrastructure at Canadian Universities) is an experimental facility designed for research and development of techniques relating to the trapping of atomic Hydrogen and Antihydrogen. This wiki is the definitive repository of documentation regarding this setup. | HAICU (Hydrogen Antihydrogen Infrastructure at Canadian Universities) is an experimental facility designed for research and development of techniques relating to the trapping of atomic Hydrogen and Antihydrogen. This wiki is the definitive repository of documentation regarding this setup. | ||
[[File: | [[File:HAICU vector.svg|300x300px|frameless|center]] | ||
= Experimental Setup = | = Experimental Setup = | ||
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* [[Magnetic Trap]] | * [[Magnetic Trap]] | ||
* [[Detectors]] | * [[Detectors]] | ||
* [[Interlock System]] | |||
= Software = | = Software = | ||
Latest revision as of 18:17, 25 February 2026
General
HAICU (Hydrogen Antihydrogen Infrastructure at Canadian Universities) is an experimental facility designed for research and development of techniques relating to the trapping of atomic Hydrogen and Antihydrogen. This wiki is the definitive repository of documentation regarding this setup.
Experimental Setup
- Hydrogen Source
- Magnetic Decelerator
- Halbach Bender
- Electromagnetic Bender
- Lasers
- Magnetic Trap
- Detectors
- Interlock System
Software
Git Repositories
(Most of) the various software packages used for the control and monitoring of the HAICU setup are kept in the TRIUMF gitlab at https://gitlab.triumf.ca/groups/haicu/. In general, each repository should have a README file as well as Doxygen documentation accessible from the "Gitlab Pages" link or from a link at the start of the README. Specifically the software packages are:
- magnet_control, which contains the drivers, test code, and frontends for Raspberry Pi box controlling the magnet power supplies
- PPG Client, which contains the code to load and run sequences on the Programmable Pulse Generator (or sequencer)
- PPG Firmware, which contains the Quartus project of the PPG-Chronobox FPGA code
- Vacuum Control Software, which contains frontends for the Agilent gauges and turbopumps
- Teensy Software, which contains both firmware and Midas frontends for the flow and temperature monitoring Teensy boards
- HV supply, which controls the CAEN DT5533 high voltage supply
- SiPM bias, which controls the SiPM bias distribution and amplification box (LolX-box)
- Interlock Watchdog Firmware, which contains the firmware for the Arduino Due "Watchdog"
- Interlock Watchdog Frontend, which contains the MIDAS frontend to interact with the watchdog
Procedures
Resources and Manuals