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BEGIN:VEVENT
UID:news1072@physik.unibas.ch
DTSTAMP;TZID=Europe/Zurich:20261009T144205
DTSTART;TZID=Europe/Zurich:20261015T121500
SUMMARY:Exploring the Zepto-scale: Physics Beyond the Standard Model at the
  Future Circular Collider
DESCRIPTION:Speaker: Victor Maura Breick (King's Coll. London)\\r\\nAbstrac
 t: Physics at the TeV-scale\, long heralded as the next step towards a dee
 per understanding of nature\, is increasingly constrained by direct search
 es at the LHC\, while indirect precision tests of the Standard Model naive
 ly rule it out. At the same time\, the discovery of the Higgs boson has op
 ened an entirely new avenue for precision exploration. Rather than being d
 iscouraged by the absence of new physics where it was once expected to be 
 ubiquitous\, we can interpret it as a hint towards its underlying structur
 e. By studying the picture that emerges from this process of subtraction\,
  a clearer path for future exploration begins to emerge. \\r\\nIn this tal
 k\, I will explore the unique opportunities offered by the integrated Futu
 re Circular Collider programme in simultaneously addressing both challenge
 s. I will illustrate how global analyses of experimental data within the f
 ramework of the Standard Model Effective Field Theory (SMEFT)\, complement
 ed by a systematic study of linear SM extensions\, can provide a unified p
 erspective on the sensitivity of current and future colliders to new physi
 cs. Particular emphasis will be placed on the key role of the Tera-Z progr
 amme at FCC-ee. Finally\, considering a dark sector coupled through the Hi
 ggs portal\, I will explore how a potential discovery at the HL-LHC could 
 be followed up by the integrated collider programme to disentangle the und
 erlying nature of these interactions\, even in this elusive scenario.
X-ALT-DESC:Speaker: Victor Maura Breick (King's Coll. London)\nAbstract: Ph
 ysics at the TeV-scale\, long heralded as the next step towards a deeper u
 nderstanding of nature\, is increasingly constrained by direct searches at
  the LHC\, while indirect precision tests of the Standard Model naively ru
 le it out. At the same time\, the discovery of the Higgs boson has opened 
 an entirely new avenue for precision exploration. Rather than being discou
 raged by the absence of new physics where it was once expected to be ubiqu
 itous\, we can interpret it as a hint towards its underlying structure. By
  studying the picture that emerges from this process of subtraction\, a cl
 earer path for future exploration begins to emerge. \nIn this talk\, I wil
 l explore the unique opportunities offered by the integrated Future Circul
 ar Collider programme in simultaneously addressing both challenges. I will
  illustrate how global analyses of experimental data within the framework 
 of the Standard Model Effective Field Theory (SMEFT)\, complemented by a s
 ystematic study of linear SM extensions\, can provide a unified perspectiv
 e on the sensitivity of current and future colliders to new physics. Parti
 cular emphasis will be placed on the key role of the Tera-Z programme at F
 CC-ee. Finally\, considering a dark sector coupled through the Higgs porta
 l\, I will explore how a potential discovery at the HL-LHC could be follow
 ed up by the integrated collider programme to disentangle the underlying n
 ature of these interactions\, even in this elusive scenario.
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