CALC-2006 Scientific programme
Lecture Courses:
G. Passarino: Two
- loop QFT in the Making
- Higgs
tadpoles
-
Ward-Slavnov-Taylor identities for
two-loop self-energies
-
Dyson re-summed propagators
-
One- and two-loop counter-terms
-
The Fermi coupling constant
-
Renormalization equations and their
two-loop 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
-
Heisenberg-Euler, decoupling of
heavy flavours in QCD
-
Bloch-Nordsieck, HQET
-
NRQED (positronium), NRQCD
(quarkonium)
-
SCET
Lect.pdf
D.Yu. Bardin and SANC group:
SANC system
- Introduction to
SANC
-
Light-by-light
scattering in SANC step-by-step
- Single Z and W
production at LHC with one-loop 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 Mellin-Barnes 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: non-critical string and 2D gravity
Original reports:
S. Actis: The two-loop running of alpha in the Standard Model
P. Baikov: Solving recurrence relations for multiloop integrals by expansion in large space-time 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 high-energy 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 Feynman-diagram calculations with FeynArts and FormCalc
F. Hofmann: Higgs decay into two photons in next-to-leading order SUSY-QCD
A. Isaev: Multi-loop 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 deep-inelastic scattering sum rules in the perturbative and non-perturbative 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 Yang-Mills model
A. Lorca: Toughts and perspectives on fast-loop cooking
V. Lyuboshitz: On the coherent inelastic processes in collisions of hadrons and gamma-quanta with nuclei at ultrarelativistic energies
B. Magradze: Application of the Lambert-W 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 two-loop correction to the mass of heavy quarks in the MSSM
S. Szczypinski:Off-shell 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 two-loop level
S. Yost: Precision Studies of Radiative Corrections to Bhabha Studies and Fermion Pair Production
V. Zykunov: Electroweak corrections to the Drell-Yan process with large dilepton mass at the LHC
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15 |
16 Sunday |
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20 Thursday |
21 |
22 |
23 |
24 |
25 |
9:00-10:00 |
Registration |
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10:00-11:00 |
Passarino |
Passarino |
Passarino |
Passarino |
Bardin |
Moch |
Jegerlehner |
Jegerlehner |
Davydychev |
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11:00-11:30 |
coffee break |
coffee break |
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11:30-12:30 |
Grozin |
Grozin |
Grozin |
Gerdt |
Bardin |
Boos |
Moch |
Riemann |
Tarasov |
Gladyshev |
|
12:30-13:30 |
Grozin |
Chertyrkin |
Chertyrkin |
V. Smirnov |
Bardin |
Ginzburg |
D. Shirkov |
Pukhov |
Ward |
Zamolodchikov |
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13:30-15:00 |
Lunch |
Lunch |
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15:00-15:40 |
Uccirati |
Kataev |
Koerner |
Baikov |
Tentyukov |
Fleischer |
Bakulev |
Belyaev |
Pavlovsky |
Heuer |
|
15:40-16:10 |
Bekavac |
Hahn |
O’Brien |
Lorca |
Magradze |
Schuller |
Yost |
Isaev |
Dubinin |
G. Shirkov | |
16:10-16:30 |
coffee break |
coffee break |
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16:30-17:00 |
Borisov |
Fugel |
Hofmann |
A. Smirnov |
Rogal |
Kotikov |
Sheplyakov |
Actis |
Belyaev |
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17:00-17:30 |
Tentyukov |
Zykunov |
Kanishev |
Lyuboshitz |
Saleev |
Szczypinski |
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Cherednikov |
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Last modified: 27.07.2006