Topics for collaboration
Below are potential areas of interest for ATC proposals, along with the labs interested in working in these areas. Note that these are only suggestions, and labs are likely open to other ideas. Please contact the Physics Support managers if you are uncertain about how to apply or proceed.
Physics Analysis
Topics | Lab(s) |
---|---|
Diboson physics, including SM, Higgs and BSM searches | ANL, BNL, LBNL |
SUSY searches |
BNL, LBNL |
Searches for long-lived particles | LBNL |
Upgrade prospects | BNL, LBNL |
Di-Higgs production | BNL, LBNL, SLAC |
VBF signatures | BNL, LBNL, SLAC |
h→bb final state | LBNL, SLAC |
tth analysis | LBNL |
Jet physics | LBNL |
BSM searches with dijets and leptons | ANL |
BSM searches with photons and jets | SLAC |
W→tb with boosted jets | ANL |
W+jets asymmetry | ANL |
Detector R&D and Electronics
Topics | Lab(s) |
---|---|
Data Handling for Trigger System | ANL |
Dataflow software and testing | ANL |
FELIX | BNL |
Global Trigger | BNL |
Calorimeter Triggers | BNL |
FPGA-based Triggers | BNL |
ITk pixels | ANL, SLAC, LBNL |
ITk strips | BNL, LBNL |
Other silicon sensor and DAQ R&D | BNL |
Timing detectors | BNL |
Noble liquid detectors | BNL |
Core Software, Combined Performance and Computing
Topics | Lab(s) |
---|---|
Remote data access for analysis | ANL, BNL |
Distributed Computing (including PANDA) | BNL |
Neuromorphic Computing for HEP | ANL, LBNL |
Event generator development | ANL, LBNL |
Tracking software development and tracking+GPU | BNL, LBNL |
Athena core infrastructure, including athenaMT and athenaMP | BNL, LBNL |
Detector Simulation, including fast simulation | LBNL |
High-performance computing systems | ANL, BNL, LBNL |
Machine learning in a variety of topics | ANL, BNL, LBNL, SLAC |
Jet Reconstruction / calibration and pileup rejection |
BNL, LBNL, SLAC |
Educational and training opportunities
Lab-initiated opportunities Each lab is encouraged to organize educational and training activities. Students and postdocs are encouraged to take advantage of all of these opportunities, and also to suggest them to the ATC and Physics Support managers.
Faculty teaching at labs Proposals including faculty/postdocs who are willing to teach/lecture/provide education at the ATCs are highly encouraged. This may be good use case for extra travel or partial summer support. Those who are interested are encouraged to contact the Physics Support managers.
Analysis bootcamp / tutorial This is a longer-term plan in which the 4 labs will host rotating bootcamps, tutorials and hackathons for students. These programs are envisioned to take place twice a year, with each lab hosting one every other year. Some of these sessions may be of the important, baseline “Welcome to ATLAS” sessions that are also hosted at CERN, whereas others may be focused on special topics such as “Introduction to VHDL”, “Introduction to Machine Learning in HEP” and “Overview of the hardware of the ATLAS detector.” Anyone with particular interest in helping to plan such a session or with proposed topics of organization for one of these sessions are highly encouraged to write to the US ATLAS Physics Support Managers.
ATC courses These are courses taught at the ATC that can be taken for credit at the host institution by registration at a home institute. This typically involves registering for “independent study” and depends on the home institute rules and guidelines. This can be done remotely if enough students at a lab are connecting together, with work handed in electronically. Faculty teaching courses at home institutes that are willing to participate by connecting to zoom while teaching and grading extra assignments are encouraged to contact the Physics Support managers. Travel to the ATCs to lecture as well may be supported. Note that students may have the option to register for courses at Stanford / UC Berkeley while at SLAC/LBNL. US ATLAS will not pay for the course fees, but this is an additional option to consider.