1. Advanced Course #2 27.04.2010

2. Status Period:Mon 04.Oct.2010 – Fri 08.Oct.2010 Registration / computer setup on Sun 03.10.2010 Place:Ericeira Portugal fischermen’s village 40kms north of Lisbon Hotel:Vilagale http://www.vilagale.pt/pages/hoteis/?hotel=10 http://www.vilagale.pt/pages/hoteis/?hotel=10 Fee:500€ or 750CHF (without lunch) Options (to be verified): Lunch:600€ or 900CHF Laptop rental:200€ (on place) Participants:40 Lectures:10[5 covered by course fees, WHO?] 2

3. Bank Account We have a dedicated team account from CERN: T370810 Payment possibilities: Bank transfer:  Bank:UBS SA  Account Number :0240-FP100541.3  IBAN :CH66 0024 0240 FP10 0541 3  SWIFT :UBSWCHZH80A  Account holder:CERN-CONFERENCES Credit cards only via INDICO  2.5% of the transaction for payments by Visa or Mastercard  Around 3.7% by American Express Limitations: Bank account common for all conferences of CERN, therefore clearly state the reference T370810 All payments will be done in CHF. (Loss when exchange CHF → €) From the team account we can pay Travel subsistence for lecturers though normal EDH procedure. The person should be registered at CERN and have a Swiss account Conference expenses, but we need an invoice

4. Format Total: 4.5 days Mornings: 3h= 15hWorkshop on Tue/Wed/Thu Afternoons: 4h= 16hCourse + Exercises Or extend morning from 8:30 to 13:00 Mornings: 4h= 16hCourse + Exercises Afternoons: 4h= 16hWorkshop Workshop: 9h 20min talks = ~27 talks Course + Exercises: 22h 10 lectures x 1h 12h exercises 4 MTWTF 9:00-10:30 10:30-11:00 11:00-12:30 12:30-14:00 14:00-16:00 16:00-16:30 16:30-18:30 Coffee Break Lunch Break Coffee Break

5. Lectures #TitleDescriptionLecExcWho 1FLUKA code Revealing the internal of the FLUKA, code organization and where the user hooks are attached 10 2Programming User routines, commons, mathematical libraries and programming practices 11 3Geometry Handling of complex geometries: Lattices, Voxels, Transformations, Moving objects, programming with names 12 4Source Advanced sources: with cards or with a customized user routine. Proper randomization of histories, histogram sampling and avoiding pitfalls in a two step methods 11 5Optimizations Physics optimization, and proper thresholds selection. Tracking optimization and custom magnetic fields 21 6Biasing Guide your simulation with advanced variance reduction techniques (importance biasing with routine, weight- windows, leading particle biasing, interaction length) 11 7Scoring Customized scoring for getting the maximum out of the code. Particle history tracking, user weights and proper normalization 11 8Material Advanced material studies: DPA, damage to electronics, correction factors, Sternheimer, predefined materials 11 -Exercise Building accelerator line for BNCT

6. Exercises 6 Dipole QFQD QF QD Source Lattices Magnetic Field Voxels Biasing with usimbs.f x x’ mgdraw

7. Other Pending Tasks Web Site (**URGENT**): Still in primitive state ToDo:  Fill the correct text in every page  Prepare tentative program description  Registration form with email replies and payment information  Web form for abstract submission  Check if everything works before sending announcement Define scientific committee for workshop Publicity poster