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research [2018/12/19 17:20]
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research [2019/05/16 15:56]
admin [Table]
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 We like to think about the structure of the CRC as a matrix, with rows describing physics that we would like to use and columns -- the methodologies that we plan to employ. We like to think about the structure of the CRC as a matrix, with rows describing physics that we would like to use and columns -- the methodologies that we plan to employ.
  
-| ^ 1. Precision Physics^ 2. Effective Theories ^ 3. Models of New Physics^ +                                      ​^ 1. Precision Physics ​                                                  ​^ 2. Effective Theories ​                                         ^ 3. Models of New Physics ​                  ​
-| **A. Higgs** | Higgs boson production in the SM   ​| Higgs Effective Field Theory, unitarization | Extended Higgs Sectors, Simplified Models | +| **A. Higgs** ​                         | Higgs boson production in the SM                                       ​| Higgs Effective Field Theory, unitarization ​                   | Extended Higgs Sectors, Simplified Models ​ 
-| **B. Top, QCD, Electroweak Physics** | Top quark and gauge boson production; physics of jets | Effective Theories for QCD and top quark physics at colliders | Dark Matter | +| **B. Top, QCD, Electroweak Physics** ​ | Top quark and gauge boson production; physics of jets                  | Effective Theories for QCD and top quark physics at colliders ​ | Dark Matter ​                               
-| **C. Flavour Physics** | Inclusive processes and $\textrm{B}$ - $\overline{\textrm{B}}$ mixing | Exclusive processes and hadronic matrix elements | New sources of flavour and CP violation |+| **C. Flavour Physics** ​               | Inclusive processes and $\textrm{B}$ - $\overline{\textrm{B}}$ mixing ​ | Exclusive processes and hadronic matrix elements ​              ​| New sources of flavour and CP violation ​   |
  
  
 Detailed information about individual projects can be found [[http://​p3h.particle.kit.edu/​research/​projects| here]]. Detailed information about individual projects can be found [[http://​p3h.particle.kit.edu/​research/​projects| here]].