What the heck should be in there. Let's do an outline.

* Intro
** Importance of MC Methods :SHORT:
 - important tool in particle physics
   - not just numerical
 - somewhat romenatic: distilling information with entropy
 - validation of new theories
   - some predictions are often more subtle than just the existense of
     new particles
   - backgrounds have to be substracted
** Diphoton Process
 - feynman diags and reaction formula
 - higgs decay channel
 - dihiggs decay
 - pure QED
* Calculation of the XS
** Approach
** Choice of Methods
** Result + Sherpa

* Monte Carlo Methods
** Integration
*** Method X
**** Basic Ideas
**** Implementation and Results
** Sampling
*** Method X
**** Basic Ideas
**** Implementation and Results
** Outlook
*** Multichannel
*** TODO Other modern Stuff

* Toy Event Generator
** Basics :SHORT:
** Implementation
** Results

* Pheno Stuff
** Shortcomings of the Toy Generator
** Short review of HO Effects
** Presentation and Discussion of selected Histograms

* Wrap-Up
** Summary
** Lessons Learned (if any)
** Outlook