Earlier this year, SCIPP faculty member Shiva Abbaszadeh (Electrical and Computer Engineering) won a three-year $3.7M Department of Energy (DOE) Energy Earthshot award with a proposal to resolve the paradox of rhizosphere effect on soil carbon cycle. Abbaszadeh’s proposal “addresses the core mission of the Energy Earthshot by understanding how plant roots affect soil organic […]
SCIPP celebrates 15 years of looking into the gamma-ray sky with the Fermi satellite. The Fermi mission was launched on the 11th of June, 2008 into low-earth orbit, and it has been scanning the gamma-ray sky since then. Its findings have been published in over 5000 publications, including over 30 in Science or Nature. The Santa […]
SCIPP faculty discuss the importance of training in computational high-energy physics and introduce the new Western Advanced Training for Computational High-Energy Physics (WATCHEP) research program. Click here to read the full article.
See below text or click here for article on webpage. — by Joel Primack | Jan 25, 2022 The following is a guest blog post from Joel R. Primack, Distinguished Professor of Physics Emeritus at the University of California, Santa Cruz. Dr. Primack served as Sigma Xi’s president in 2018–2019. The James Webb Space Telescope is now successfully assembled, […]
Deaf scientists thrive with interpreters and technology:
Though still underrepresented in STEM, deaf and hard-of-hearing scientists are excelling in their fields and developing ways to more seamlessly communicate with their colleagues.
Recent results from higgsino searches by the ATLAS collaboration have made their way into the CERN Courier. The existence of higgsino particles, predicted by theories of supersymmetry, could provide an explanation for the cosmological dark matter. SCIPPers Matthew Gignac, Bruce Schumm, and Giordon Stark contributed to the development of the disappearing track search and the overall combination of results.
Why some physicists are skeptical about the muon experiment that hints at “new physics” The Muon g-2 experiment could upend the Standard Model of physics — but some think it may be a fluke. Here’s why
https://atlas.cern/updates/briefing/studying-Higgs-decay-b-quarks
