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BEGIN:VEVENT
SUMMARY:The Future Circular Collider: Recent development in physics and de
 tector studies
DTSTART:20220906T143000Z
DTEND:20220906T163000Z
DTSTAMP:20260624T110927Z
UID:5f2b8c8d-2379-4be5-87ce-ad0a7a6521e4
SEQUENCE:1
CREATED:20220905T104517Z
DESCRIPTION: Abstract:Along the path defined by The European Strategy for 
 Particle Physics\,  a financial and technical feasibility study of the FC
 C colliders and their infrastructure has been carried out for the next upg
 rade of the strategy around 2025/6. The FCC program combines in the same 1
 00km infrastructure a high luminosity Higgs and Electroweak factory e+e- c
 ollider\, FCC-ee\, followed by a 100 TeV hadron collider. The main challen
 ges of the current effort are both about physics potential and performance
  studies and for detector design to fully exploit its potential\, while be
 ing technically feasible and affordable on the project time scale (start o
 f operations around 2040). The most striking detector challenges will be h
 ighlighted\, then focusing on the IDEA experiment proposed for the FCC-ee 
 by the INFN Italian community. While providing a global view of the IDEA s
 ubdetectors and the new technologies used \, more details will be given ab
 out the project of an ultra-low mass Drift Chamber as the central tracking
  system of IDEA.
LAST-MODIFIED:20220905T104517Z
LOCATION:Online
URL:http://df.vps.tecnico.ulisboa.pt/pt/eventos/the-future-circular-collid
 er-recent-development-in-physics-and-detector-studies/
X-ALT-DESC;FMTTYPE=text/html:<p data-block-key="h666m"> </p><p data-block-
 key="ct3oi">Abstract:</p><p data-block-key="57o1l">Along the path defined 
 by The European Strategy for Particle Physics\,  a financial and technica
 l feasibility study of the FCC colliders and their infrastructure has been
  carried out for the next upgrade of the strategy around 2025/6. The FCC p
 rogram combines in the same 100km infrastructure a high luminosity Higgs a
 nd Electroweak factory e+e- collider\, FCC-ee\, followed by a 100 TeV hadr
 on collider. <br/><br/>The main challenges of the current effort are both 
 about physics potential and performance studies and for detector design to
  fully exploit its potential\, while being technically feasible and afford
 able on the project time scale (start of operations around 2040). <br/><br
 />The most striking detector challenges will be highlighted\, then focusin
 g on the IDEA experiment proposed for the FCC-ee by the INFN Italian commu
 nity. While providing a global view of the IDEA subdetectors and the new t
 echnologies used \, more details will be given about the project of an ult
 ra-low mass Drift Chamber as the central tracking system of IDEA.</p>
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