CALC2006 Scientific programme
Lecture Courses:
G. Passarino: Two
 loop QFT in the Making
 Higgs
tadpoles

WardSlavnovTaylor identities for
twoloop selfenergies

Dyson resummed propagators

One and twoloop counterterms

The Fermi coupling constant

Renormalization equations and their
twoloop solutions

Complex poles
Lect1.pdf Lect2.pdf Lect3.pdf Lect4.pdf
S. O. Moch: QCD
calculations at higher orders

Motivation for
QCD at higher orders and collider phenomenology

Scattering amplitudes with multiple legs

Scattering amplitudes at multiple loops

Reduction algorithms for Feynman diagrams

Symbolic summation
Lect1.pdf Lect2.pdf
A. G. Grozin: Effective field
theories

HeisenbergEuler, decoupling of
heavy flavours in QCD

BlochNordsieck, HQET

NRQED (positronium), NRQCD
(quarkonium)

SCET
Lect.pdf
D.Yu. Bardin and SANC group:
SANC system
 Introduction to
SANC

Lightbylight
scattering in SANC stepbystep
 Single Z and W
production at LHC with oneloop electroweak corrections
 Higgs
production
and decay processes in SANC
 SANC,
application to LHC: QCD sector
Lectures:
E. Boos: Top quark physics
K. Chetyrkin: Basics of Perturbative Calculations
A. Davydychev: Geometrical approach to the evaluation of Feynman diagrams
V. Gerdt: Groebner bases as a general algorithmic tool for systems of equations
I. Ginzburg: Estimate of statistical uncertainty in predictions of new measurements
R. Heuer: Physics at the future International Linear Collider
F. Jegerlehner: Hadronic effects in electroweak precision observables
Examples related to the Muon Anomalous Magnetic Moment
A. Pukhov: CalcHEP a package for automatic calculation of matrix elementsG. Shirkov: Status of ILC project and proposal of ILC siting in Dubna region
D. Shirkov: QCD coupling function at low energyV. Smirnov: Evaluating Feynman Integrals by MellinBarnes Representation
M. Tentyukov: Diagram Analyzer DIANA: a TutorialO. Tarasov: Differential Groebner basis technique for Feynman diagrams
B.F.L. Ward: New Applications of Resummation in Quantum Field Theory
A. Zamolodchikov: Numerical integration over moduli space. Four point amplitude: noncritical string and 2D gravity
Original reports:
S. Actis: The twoloop running of alpha in the Standard Model
P. Baikov: Solving recurrence relations for multiloop integrals by expansion in large spacetime dimension limitA. Bakulev: Fractional APT in QCD
S. Bekavac: Fermionic NNLO corrections to b to s gamma
A. Belyaev: Phenomenology of Little Higgs models
D. O'Brien: Spin dependent elastic antiproton interactions
I. Cherednikov: Feynman rules for effective highenergy Regge action
M. Dubinin: Physics beyond the Standard model with CompHEP
J. Fleischer: Introduction to difference and differential equations to calculate Feynman diagrams
F. Fugel: Associated production of Higgs bosons and heavy quarks in two photon collisions at NLO
A. Gladyshev: EGRET excess of diffuse galactic gamma rays as a signal of supersymmetric
dark matter annihilation and related particle phenomenology
T. Hahn: Automatic Feynmandiagram calculations with FeynArts and FormCalc
F. Hofmann: Higgs decay into two photons in nexttoleading order SUSYQCD
A. Isaev: Multiloop Feynman integrals and conformal Quantum Mechanics
K. Kanishev: Charge asymmetry in \gamma\gamma \to \mu^+\mu^ + \nu's
and \gamma\gamma \to W\mu + \nu\bar{\nu} with polarized photons
A. Kataev: The relations between different deepinelastic scattering sum rules in the perturbative and nonperturbative regimes of QCD
J. Koerner: Azimuthal correlations in polarized top quark decays
A. Kotikov: Anomalous dimensions of the Wilson operators in QCD and in N=4 SUSY YangMills model
A. Lorca: Toughts and perspectives on fastloop cooking
V. Lyuboshitz: On the coherent inelastic processes in collisions of hadrons and gammaquanta with nuclei at ultrarelativistic energies
B. Magradze: Application of the LambertW Function in Perturbative QCD
M. Rogal: Charged Current Deep Inelastic Scattering at three loops
V. Saleev: Heavy quarkonium production in the Regge limit of QCD: predictions for Tevatron and LHC Colliders
A. Smirnov: Applying Groebner Bases to Solve Reduction Problems for Feynman Integrals
K. Schuller: Third order potential corrections to the ttbar production at threshold
A. Sheplyakov: Different twoloop correction to the mass of heavy quarks in the MSSM
S. Szczypinski:Offshell effects in the associated top quark pair and Higgs boson production
M. Tentyukov: FORM and ParFORM: projects and outlooks
O. Tarasov: Differential Groebner basis technique for Feynman diagrams
S. Uccirati: Numerical computation of physical observables at twoloop level
S. Yost: Precision Studies of Radiative Corrections to Bhabha Studies and Fermion Pair Production
V. Zykunov: Electroweak corrections to the DrellYan process with large dilepton mass at the LHC

15 
16 Sunday 



20 Thursday 
21 
22 
23 
24 
25 
9:0010:00 
Registration 

10:0011:00 
Passarino 
Passarino 
Passarino 
Passarino 
Bardin 
Moch 
Jegerlehner 
Jegerlehner 
Davydychev 


11:0011:30 
coffee break 
coffee break 

11:3012:30 
Grozin 
Grozin 
Grozin 
Gerdt 
Bardin 
Boos 
Moch 
Riemann 
Tarasov 
Gladyshev 

12:3013:30 
Grozin 
Chertyrkin 
Chertyrkin 
V. Smirnov 
Bardin 
Ginzburg 
D. Shirkov 
Pukhov 
Ward 
Zamolodchikov 

13:3015:00 
Lunch 
Lunch 

15:0015:40 
Uccirati 
Kataev 
Koerner 
Baikov 
Tentyukov 
Fleischer 
Bakulev 
Belyaev 
Pavlovsky 
Heuer 

15:4016:10 
Bekavac 
Hahn 
O’Brien 
Lorca 
Magradze 
Schuller 
Yost 
Isaev 
Dubinin 
G. Shirkov  
16:1016:30 
coffee break 
coffee break 

16:3017:00 
Borisov 
Fugel 
Hofmann 
A. Smirnov 
Rogal 
Kotikov 
Sheplyakov 
Actis 
Belyaev 

17:0017:30 
Tentyukov 
Zykunov 
Kanishev 
Lyuboshitz 
Saleev 
Szczypinski 

Cherednikov 

Last modified: 27.07.2006