Changes between Version 3 and Version 4 of Francqui

Timestamp:

May 2, 2012, 10:21:31 AM (12 years ago)

Author:

Martin

Comment:

--

Francqui

@@ -77 +77 @@
    1. 
       * Signal 
-         * Events: [attachment:hww-signal.lhe.gz Parton Level] || [attachment:hww-signal.lhco.gz Detector Level]
-         * Plots: [attachment:hww-signal-lhe.pdf Parton Level] || [attachment:hww-signal-lhco.pdf Detector Level]
+         * Events: [attachment:hww-signal.lhe.gz Parton Level] [attachment:hww-signal.lhco.gz Detector Level]
+         * Plots: [attachment:hww-signal-lhe.pdf Parton Level] [attachment:hww-signal-lhco.pdf Detector Level]
       * Background 
-         * Events: [attachment:hww-background.lhe.gz Parton Level] <span style="color: #000000;">|| </span>[attachment:hww-background.lhco.gz Detector Level]
-         * Plots: [attachment:hww-background-lhe.pdf Parton Level] <span style="color: #000000;">|| </span>[attachment:hww-background-lhco.pdf Detector Level]
+         * Events: [attachment:hww-background.lhe.gz Parton Level] [attachment:hww-background.lhco.gz Detector Level]
+         * Plots: [attachment:hww-background-lhe.pdf Parton Level] [attachment:hww-background-lhco.pdf Detector Level]
    1. Top associated production $pp \to t\bar tH$ with $H \to b \bar b$ 
       * Signal + Background samples: 
-         * Events: [attachment:ttbb.lhe.gz Parton Level] || [attachment:ttbb.lhco.gz Detector Level]
-         * Plots: [attachment:ttbb-lhe.pdf Parton Level] || [attachment:ttbb-lhco.pdf Detector Level]
+         * Events: [attachment:ttbb.lhe.gz Parton Level]  [attachment:ttbb.lhco.gz Detector Level]
+         * Plots: [attachment:ttbb-lhe.pdf Parton Level]  [attachment:ttbb-lhco.pdf Detector Level]
 ====== Advanced exercises 2: Implementation of a new model in MadGraph or [http://feynrules.phys.ucl.ac.be/ FeynRules] + MadGraph ======
 
@@ -91 +91 @@
 === For !FeynRules download and information, see the [http://feynrules.phys.ucl.ac.be/ FeynRules wiki] ===
    * Implement a (part of a) Standard Model extension into MadGraph, specific for studying a given process. Generate events, study relevant distributions.
-   * Determine most relevant Standard Model backgrounds with identical final states (&ldquo;non-reducible&rdquo;). If not too complicated, generate backgrounds with cuts determined from signal distributions.
-   * Which other (&ldquo;reducible&rdquo;) backgrounds might be important?
+   * Determine most relevant Standard Model backgrounds with identical final states ("non-reducible"). If not too complicated, generate backgrounds with cuts determined from signal distributions.
+   * Which other ("reducible") backgrounds might be important?
    * Can the signal be seen at Tevatron? At the LHC?
 === Animations ===