SRitp Advanced School: LULBI - Light & ultralight BSM interactions | SRitp Advanced School May 2025
The world is generally going insane, something else:
We are having a workshop and a graduate school here at Weizmann in May - Light and Ultralight BSM.
Short notice. If you're interested (workshop or as school) - ping me - there's funding for travel etc.!
conferences.weizmann.ac.il/SRitp/May2025/
03.03.2025 14:37
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Celebrating the 100th birthday of Igal Talmi, a pioneer in nuclear physics, who did his PhD with Pauli and founded physics at Weizmann.
I had the pleasure of living in the same building with him and his wife Chana, wonderful people. He still works on his physics, with a pencil and paper!
30.01.2025 15:41
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INSPIRE
Come work with us (and me!) on dark matter detection!
See details for the job, postdoc (also PhD is a possibility, talk to me):
inspirehep.net/jobs/2866521
10.01.2025 12:57
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One could say they were unnaturally in an excited state...
08.12.2024 06:27
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So now I'm waiting for the first physicist to write a model for the collapse of the Syrian regime as a lasing process, with population inversion that had a coherent de-excitation through the country.
08.12.2024 06:27
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Thanks!
21.11.2024 15:27
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Bluesky academics, lets get to know each other! Quote this & tell me: 1) a project you are working on & 2) an odd idea/theory you arenβt working on but keep thinking about
1) Developing a detector for light dark matter using defects in pure crystals
2) What kind of quantum sensor can detect the CΞ½B
17.11.2024 17:07
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So..., I joined a couple of days ago, and already, this place is shaping up!
Now, is there an actual physics, particle, or DM feed? too few people, few experiments, could not find discussions.
X was so toxic I got used to not saying a word. Maybe that would change here.
15.11.2024 12:48
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First Glimpses of the Neutrino Fog
Two dark matter searches report that their detectors have likely recorded neutrinos coming from the Sunβspotting the βneutrino fogβ that could imperil future dark matter searches.
Detectors sited underneath miles of rock are now so sensitive that they are recording the tiny recoils imparted by solar neutrinos. This unavoidable background or "fog" could frustrate the detectors' ability to discover dark matter.
08.11.2024 13:23
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