The Wright Lab community is invited to a weekly meeting on Mondays at 9:30 a.m. on Zoom to hear about and discuss what is going on at the lab. Zoom link: https://yale.zoom.us/j/889785972
This workshop will cover an introduction to Python and the powerful libraries numpy and matplotlib. In the process, we will cover array manipulation, plotting, histogramming, and efficient file IO. Finally, we pull these tools together to analyze some real-world data collected at WLab.
Check out the workshop slides here: https://wrightlaboratory.github.io/data_analysis/
Thomas Langford and Alexander Behzad will lead a 1 hr session on:
- In-house computing resources
- YCRC HPC systems: how-to and why-to
- Examples of common work-flows at Wright Lab
- Support available at Wright Lab and YCRC
The Wright Lab community is invited to a weekly meeting on Mondays at 9:30 a.m. on Zoom to hear about and discuss what is going on at the lab. Zoom link: https://yale.zoom.us/j/889785972
At this meeting, we invite the community to share experiences of what is going on at the lab these days during Phase II, how it is going, what the challenges are, etc. Connection Code: 889 785 972.
This is a virtual seminar.
The Wright Lab community is invited to a weekly meeting on Mondays at 9:30 a.m. on Zoom to hear about and discuss what is going on at the lab.
Direct searches for dark matter which targeted SUSY-motivated areas of parameter space employed well-studied nucleon interactions at keV to MeV energy scales to predict typical DM-nucleon interaction distributions. Much lighter DM, probed by a new generation of experiments sensitive to eV-scale energy deposits, however, rely instead on condensed matter effects to extract larger recoil energies from the DM than would be suggested by the simple elastic kinematics of heavier DM.
The HUNTER experiment (Heavy Unseen Neutrinos from Total Energy-momentum Reconstruction) is a search for sterile neutrinos with masses in the 20-300 keV range. The experiment uses a combination of AMO, nuclear and particle physics techniques to do kinematically complete missing mass reconstruction of neutrinos from 131-Cs electron capture decays. A magneto-optically trap (MOT) of 131-Cs atoms provides a pure sample of ~10^8 radioactive atoms suspended in EUHV with no inert material present.
