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UID:news732@physik.unibas.ch
DTSTAMP;TZID=Europe/Zurich:20240307T144849
DTSTART;TZID=Europe/Zurich:20231201T151500
SUMMARY:Searching for physics beyond the Standard Model with high-precision
  spectroscopy?
DESCRIPTION:Abstract: \\r\\nThe Standard Model (SM) successfully describes
  the fundamental interactions of elementary particles up to TeV energies. 
 Nonetheless\, there is New Physics (NP) beyond the SM\, and the energy sca
 le at which it becomes manifest is unknown. The common belief is that NP p
 henomena arise only at high energies\, above the TeV scale. However\, ther
 e are reasons to think that NP particles\, which interact very weakly with
  the known ones\, could be hiding at (much) lower energies. Ultra-high pre
 cision measurements in atomic and molecular spectroscopy offer an interest
 ing set of probes for such scenarios\, complementing the efforts invested 
 at high-energy colliders. In this presentation\, we will explore two diffe
 rent approaches based on hydrogen and atomic clock spectroscopy.
X-ALT-DESC:<p>Abstract:&nbsp\;</p>\n<p><em>The Standard Model (SM) successf
 ully describes the fundamental interactions of elementary particles up to 
 TeV energies. Nonetheless\, there is New Physics (NP) beyond the SM\, and 
 the energy scale at which it becomes manifest is unknown. The common belie
 f is that NP phenomena arise only at high energies\, above the TeV scale. 
 However\, there are reasons to think that NP particles\, which interact ve
 ry weakly with the known ones\, could be hiding at (much) lower energies. 
 Ultra-high precision measurements in atomic and molecular spectroscopy off
 er an interesting set of probes for such scenarios\, complementing the eff
 orts invested at high-energy colliders. In this presentation\, we will exp
 lore two different approaches based on hydrogen and atomic clock spectrosc
 opy.</em></p>
DTEND;TZID=Europe/Zurich:20231201T163000
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