We are intending to publish your lectures as a ~400 page textbook which encompasses the theoretical foundations, experimental status and associated physics tools of LHC Physics. The proposed structure of the book to be published by Canopus Academic is:
1. Quantum Chromodynamics - J. Stirling (3 hours, 30 pages)
2. Electroweak Physics and Higgs - S. Heinemeyer (3 hours, 30 pages)
3. Heavy Flavour Physics - Y Grossman (3 hours, 30 pages)
4. BSM phenomenology and EWSB - G. Cacciapaglia (4 hours, 40 pages)
1. Standard Model - P. Maettig (4 hours, 40 pages)
2. Higgs - W. Murray (3 hours, 30 pages)
3. Flavour Physics - T. Gershon (3 hours, 30 pages)
4. Searches for New Physics - J. Richman (3 hours, 30 pages)
1. Monte Carlo tools - M. Seymour (3 hours, 30 pages)
2. Statistical Methods - G. Cowan (3 hours, 30 pages)
The proceedings must be typseset using the Springer SVMult latex tool package. Please download the zip file (link) with all relevant style files and examples.
- the Springer document class "svmult.cls"
- the Springer MakeIndex style file "svind.ist"
- the Springer MakeIndex style file "svindd.ist" - german version
- the Springer BibTeX styles "spbasic.bst", "spmpsci.bst", "spphys.bst"
- the sample text file "author.tex",
- the sample figure file "figure.eps"
- the sample reference file "referenc.tex"
- the pdf file "quickstart.pdf" with "essentials" for an easy implementation of the "SVMult" package (2 pages)
- the pdf file "refguide.pdf" describing the SVMult document class features independent of any specific style requirements.
- the pdf file "authsamp.pdf" as an example of a "contribution"
The deadline for the proceedings is 30 November 2012. Early submission is very much appreciated and will enhance the impact of the textbook.
Attachment | Size |
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svmult.zip | 669.28 KB |