Effective Theories for QCDlike at TeV Scale
(2016) In Nuclear and Particle Physics Proceedings20150101+01:00 273275. p.16181623 Abstract
We study the Effective Field Theory of three QCDlike theories, which can be classified by having quarks in a complex, real or pseudoreal representations of the gauge group. The Lagrangians are written in a very similar way so that the calculations can be done using techniques from Chiral Perturbation Theory (ChPT). We calculated the vacuumexpectationvalue, the mass and the decay constant of pseudoGoldstone Bosons up to nexttonextto leading order (NNLO) [1]. The various channels of general n flavour mesonmeson scattering of the three theories are systematically studied and calculated up to NNLO [2]. We also calculated the vector, axialvector, scalar, pseudoscalar twopoint functions and pseudoscalar decay constant up NNLO... (More)
We study the Effective Field Theory of three QCDlike theories, which can be classified by having quarks in a complex, real or pseudoreal representations of the gauge group. The Lagrangians are written in a very similar way so that the calculations can be done using techniques from Chiral Perturbation Theory (ChPT). We calculated the vacuumexpectationvalue, the mass and the decay constant of pseudoGoldstone Bosons up to nexttonextto leading order (NNLO) [1]. The various channels of general n flavour mesonmeson scattering of the three theories are systematically studied and calculated up to NNLO [2]. We also calculated the vector, axialvector, scalar, pseudoscalar twopoint functions and pseudoscalar decay constant up NNLO order [3]. The analytic expressions of the S parameter for the three different QCDlike theories are obtained at TeV scale. Our results are useful for chiral extrapolation in lattice calculation on theory of strong dynamical and finite baryon density.
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 author
 Lu, Jie ^{LU} and Bijnens, Johan ^{LU}
 organization
 publishing date
 20160401
 type
 Contribution to journal
 publication status
 published
 subject
 keywords
 Chiral extrapolation, Chiral Lagrangian, Composite Models, Lattice Gauge Field Theories, Spontaneous Symmetry Breaking, Technicolor
 in
 Nuclear and Particle Physics Proceedings20150101+01:00
 volume
 273275
 pages
 6 pages
 publisher
 Elsevier
 external identifiers

 scopus:84973138668
 wos:000390295200260
 ISSN
 24056014
 DOI
 10.1016/j.nuclphysbps.2015.09.262
 language
 English
 LU publication?
 yes
 id
 4c2c8453ac9b41a0a43f5bc37126b4f0
 date added to LUP
 20170206 11:48:38
 date last changed
 20180116 13:23:15
@article{4c2c8453ac9b41a0a43f5bc37126b4f0, abstract = {<p>We study the Effective Field Theory of three QCDlike theories, which can be classified by having quarks in a complex, real or pseudoreal representations of the gauge group. The Lagrangians are written in a very similar way so that the calculations can be done using techniques from Chiral Perturbation Theory (ChPT). We calculated the vacuumexpectationvalue, the mass and the decay constant of pseudoGoldstone Bosons up to nexttonextto leading order (NNLO) [1]. The various channels of general n flavour mesonmeson scattering of the three theories are systematically studied and calculated up to NNLO [2]. We also calculated the vector, axialvector, scalar, pseudoscalar twopoint functions and pseudoscalar decay constant up NNLO order [3]. The analytic expressions of the S parameter for the three different QCDlike theories are obtained at TeV scale. Our results are useful for chiral extrapolation in lattice calculation on theory of strong dynamical and finite baryon density.</p>}, author = {Lu, Jie and Bijnens, Johan}, issn = {24056014}, keyword = {Chiral extrapolation,Chiral Lagrangian,Composite Models,Lattice Gauge Field Theories,Spontaneous Symmetry Breaking,Technicolor}, language = {eng}, month = {04}, pages = {16181623}, publisher = {Elsevier}, series = {Nuclear and Particle Physics Proceedings20150101+01:00}, title = {Effective Theories for QCDlike at TeV Scale}, url = {http://dx.doi.org/10.1016/j.nuclphysbps.2015.09.262}, volume = {273275}, year = {2016}, }