Changes between Version 13 and Version 14 of dim6top

Timestamp:

May 19, 2020, 7:29:16 PM (4 years ago)

Author:

gdurieux

Comment:

--

dim6top

@@ -45 +45 @@
  * changed the electroweak FCNC dipole basis to {{{(ctA...,ctZ...)}}} instead of {{{(ctW...,ctZ...)}}}}
  * added five-point interactions (thanks to CMS TOP EFT group, Florencia Canelli, Reza Goldouzian, Abideh Jafari, Seth Moortgat)
- * added a configuration option to switch from the {{{(aEWM1,Gf,MZ)}}} electroweak inputs to the {{{(Gf,MZ,MW)}}}. See {{{configuration.py}}} for the hack, to be used with great care.
- * added a configuration option to normalize all chromo-dipole operator coefficients ({{{ctG}}} and FCNC cousins) with a factor of the strong coupling {{{G}}}. This is currently required for jet merging not to crash. Note however that the jet merging code was not written with non-SM interactions in mind. So results it produces with chromo-dipole operators should be validated. See {{{configuration.py}}} for the hack, to be used with great care.
+ * added a configuration option to switch from the {{{(aEWM1,Gf,MZ)}}} electroweak inputs to the {{{(Gf,MZ,MW)}}} ones. As inputs are different, different numerical results will be obtained in the two cases. See {{{configuration.py}}} for the hack, to be used with great care.
+ * added a configuration option to normalize all chromo-dipole operator coefficients ({{{ctG}}} and FCNC cousins) with a factor of the strong coupling {{{G}}}. This is currently required for jet merging not to crash. Note however that the jet merging code was not written with non-SM interactions in mind. So results it produces with chromo-dipole operators should be validated. Note also that {{{G}}} runs and that its value at the scale {{{MZ}}} depends on the parton distribution function employed. See {{{configuration.py}}} for the hack, to be used with great care.
 - 2018-08-23: added back {{{DIM6}}} coupling orders to the {{{dim6top_LO_UFO_each_coupling_order}}} version (thanks to Jay Howarth)
 - 2018-06-06: corrected the Lorentz structures of the operators relative to {{{cbtud1}}} and {{{cbtud8}}} coefficients from scalar to vector (thanks to Céline Degrande)