Difference: DetectorRandD (1 vs. 8)

Revision 805 Jun 2012 - webmanip_5fw2sw_2esh

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Studies toward a detector for future accelerators

calice.gif
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At RHUL, as a complement to the work done in JAI, we are involved in detector studies for future accelerators. More specifically, we are involved in the current CALICE project, having a leading role in test beam activities, DAQ work and physics studies.
>
>
At RHUL, as a complement to the work done in JAI, we are involved in detector studies for future accelerators. More specifically, we are involved in the current CALICE project, having a leading role in test beam activities, DAQ work and physics studies.
  ZHH.gif

Revision 716 Apr 2012 - webmanip_5fw2sw_2esh

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Studies toward a detector for future accelerators

calice.gif
Changed:
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At RHUL, as a complement to the work done in JAI, we are involved in detector studies for future accelerators. More specifically, we are involved in the current CALICE project, having a leading role in test beam activities, DAQ work and physics studies.
>
>
At RHUL, as a complement to the work done in JAI, we are involved in detector studies for future accelerators. More specifically, we are involved in the current CALICE project, having a leading role in test beam activities, DAQ work and physics studies.
  ZHH.gif

Revision 612 May 2008 - MikeGreen

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META TOPICPARENT name="WebHome"

Studies toward a detector for future accelerators

calice.gif
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  • Academic staff: Dr. Veronique Boisvert, Prof. Mike Green
  • Engineer: Barry Green
  • Research staff: Dr. Andrzej Misiejuk, Dr. Fabrizio Salvatore, Dr. Tao Wu
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  • Ph.D students: Michele Faucci Gianelli
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  • Ph.D students: Michele Faucci Giannelli
 

META FILEATTACHMENT attachment="calice.gif" attr="h" comment="" date="1207216789" name="calice.gif" path="calice.gif" size="3442" stream="calice.gif" user="Public.VeroniqueBoisvert" version="1"

Revision 522 Apr 2008 - MikeGreen

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META TOPICPARENT name="WebHome"

Studies toward a detector for future accelerators

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  ZHH.gif
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The physics studies make use of simulations of the International Linear Detector which would be one of the multi-purpose detectors for the Internation Linear Collider (ILC). The physics goals of the ILC are to make precision measurements complementary to the physics discovered at the LHC. For example, even though the Higgs might be discovered at the LHC, to get a complete understanding of the Higgs mechanism, we will need to make precision measurements of Higgs physics. One such measurement would be the Higgs self-coupling. Our current project looks at the possible resolution of the tri-linear coupling in the ZHH channel using full simulation.
>
>
The physics studies make use of simulations of the International Linear Detector which would be one of the multi-purpose detectors for the International Linear Collider (ILC). The physics goals of the ILC are to make precision measurements complementary to the physics discovered at the LHC. For example, even though the Higgs might be discovered at the LHC, to get a complete understanding of the Higgs mechanism, we will need to make precision measurements of Higgs physics. One such measurement would be the Higgs self-coupling. Our current project looks at the possible resolution of the tri-linear coupling in the ZHH channel using full simulation.
 
  • Academic staff: Dr. Veronique Boisvert, Prof. Mike Green
  • Engineer: Barry Green

Revision 417 Apr 2008 - SimonGeorge

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META TOPICPARENT name="WebHome"

Studies toward a detector for future accelerators

calice.gif
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META FILEATTACHMENT attachment="calice.gif" attr="h" comment="" date="1207216789" name="calice.gif" path="calice.gif" size="3442" stream="calice.gif" user="Public.VeroniqueBoisvert" version="1"
META FILEATTACHMENT attachment="ZHH.gif" attr="h" comment="" date="1207216805" name="ZHH.gif" path="ZHH.gif" size="5187" stream="ZHH.gif" user="Public.VeroniqueBoisvert" version="1"
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META TOPICMOVED by="SimonGeorge" date="1208439990" from="Public.RD" to="Public.DetectorRandD"

Revision 309 Apr 2008 - FabrizioSalvatore

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META TOPICPARENT name="WebHome"

Studies toward a detector for future accelerators

calice.gif
Changed:
<
<
At RHUL, as a complement to the work done in JAI, we are involved in detector studies for future accelerators. More specifically, we are involved in the current CALICE project, having a leading role in test beam activities, DAQ work and physics studies.
>
>
At RHUL, as a complement to the work done in JAI, we are involved in detector studies for future accelerators. More specifically, we are involved in the current CALICE project, having a leading role in test beam activities, DAQ work and physics studies.
  ZHH.gif

Revision 203 Apr 2008 - DiegoBellini

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META TOPICPARENT name="WebHome"

Studies toward a detector for future accelerators

calice.gif
Changed:
<
<
At RHUL, as a complement to the work done in JAI, we are involved in detector studies for future accelerators. More specifically, we are involved in the current CALICE project, having a leading role in test beam activities, [[Public.DataAcquisition][DAQ] work and physics studies.
>
>
At RHUL, as a complement to the work done in JAI, we are involved in detector studies for future accelerators. More specifically, we are involved in the current CALICE project, having a leading role in test beam activities, DAQ work and physics studies.
  ZHH.gif

Revision 103 Apr 2008 - VeroniqueBoisvert

Line: 1 to 1
Added:
>
>
META TOPICPARENT name="WebHome"

Studies toward a detector for future accelerators

calice.gif

At RHUL, as a complement to the work done in JAI, we are involved in detector studies for future accelerators. More specifically, we are involved in the current CALICE project, having a leading role in test beam activities, [[Public.DataAcquisition][DAQ] work and physics studies.

ZHH.gif

The physics studies make use of simulations of the International Linear Detector which would be one of the multi-purpose detectors for the Internation Linear Collider (ILC). The physics goals of the ILC are to make precision measurements complementary to the physics discovered at the LHC. For example, even though the Higgs might be discovered at the LHC, to get a complete understanding of the Higgs mechanism, we will need to make precision measurements of Higgs physics. One such measurement would be the Higgs self-coupling. Our current project looks at the possible resolution of the tri-linear coupling in the ZHH channel using full simulation.

  • Academic staff: Dr. Veronique Boisvert, Prof. Mike Green
  • Engineer: Barry Green
  • Research staff: Dr. Andrzej Misiejuk, Dr. Fabrizio Salvatore, Dr. Tao Wu
  • Ph.D students: Michele Faucci Gianelli

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