Photon Counting Detector Technology
Anton Tremsin, Research Physicist
Space Sciences Laboratory
Applications for Fall 2024 are closed for this project.
The Experimental Astrophysics Group at the Space Sciences Laboratory builds UV detector technology for space-based astronomical instruments as well as supports the development of detector technology for niche, land-based applications (typ. in support of biological, materials, high-energy physics research, etc.). We are currently seeking undergraduates who would like to learn and gain hands-on experience utilizing microchannel plate (MCP)-based photon counting, imaging detectors. The students will learn about MCP detector test procedures, clean room operation and vacuum systems.
This sort of work might appeal to physicists, electrical and/or mechanical engineers who want hands-on experience. Our needs are continually changing and we encourage physicists, mechanical and electrical engineers to apply.
EAG student team members are responsible for learning and practicing basic lab safety procedures, carrying out specific microchannel plate test procedures and supporting general laboratory operations. This includes direct experience with high vacuum pumps and chambers, precision cleaning, UV sources, clean room operations, data processing and day-to-day logistics and maintenance of laboratory equipment and work-spaces.
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Work opportunities for the Fall semester:
Dependent on applicant pool, there will be independent or team based projects. We will propose a few options and seek input from the student(s). We are envisioning tasks that are related to the manipulation of detector data products, the control/interface of detector test systems, the acquisition/organization/aggregation of detector data from a database management system, the design and fabrication of test support equipment, etc.
Role: Students will be defined a framework of tasks, entry/exit criteria for the semester, etc. We will work to help guide students approach but it will ultimately fall to the responsibility of the individual/team to manage the requisite tasks.
Qualifications: Student team members work with each other and with staff to perform complex and sometimes difficult tasks, so good communication skills, a positive attitude and a willingness to learn are required. Experience with some form of engineering S/W is typically helpful, be it: MATLAB, Python, C/C++, VHDL/Verilog, LabVIEW, SolidWorks (or similar CAD package). Workshop/wrenching skills are desirable as well. Students with the ability to return for 2 or more additional semesters are preferred.
Please note- It is also highly recommended that candidates have open "blocks" of time in their schedule they can commit for this URAP opportunity. As we are an offsite location, some time commitment is required for traveling to/from the lab. (An hour here-or-there does not work).
Day-to-day supervisor for this project: Travis Curtis, Staff Researcher
Hours: to be negotiated
Off-Campus Research Site: Space Sciences Laboratory 7 Gauss Way Berkeley, CA 94720
Related website: https://www.ssl.berkeley.edu/
Related website: https://en.wikipedia.org/wiki/Microchannel_plate_detector