Chinese Physics C > 1994, Vol. 18 > Issue(10): 928-935

The Self-consistent Study of Electroweak Transition

Hou Defu^,,
Li Jiarong

Institute of Particle Physics,Huazhong Normal University, Wuhan 430070

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Abstract：
By using the Fresummation of the hard thermal loops in the tadpole diagrams,the effective potential of orderλ ^3/2,g ³,g ^'3)is consistently calculated in the standard model with neutral current at high temperature and the difficulties in the naive calculation are overcome.It is proved that the electroweak transition is of the firstorder and the critical temperature is given.

References

[1]

V.A.Kuzimin,V.A.Rubakov and M.E.Shaposhnikov,Phys.Lett.,B155（1985）36;M.Dine,O.Lechtenfeld et al,Nucl.Phys.,B342（1990）381.[2]L.Dolan and R.Jackiw,Phys.Rev.,D9（1974）3320;Sidney Coleman and Erick Weinberg,Phys.Rev.,D7（1973）1888.[3]Hou Defu and Li Jiarong,High Energy And Nuclear Physics,15（1991）207.[4]R.D.Pisarski,Physica,A158（1989）246;Phys.Rev.Lett.,63（1989）1129.[5]G.A.Camelia and So-YoungPi,Phys.Rev.,D46（1993）2356;M.E.Carrington,Phys.Rev.,D45（1992）2933.[6]Y.Fujimoto:R.Grigjanis,and R.Kobes,Prog.Theor.Phys.,73（1985）434;S.Weinberg,Phys.Rev.,D7（1973）2887.

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Hou Defu and Li Jiarong. The Self-consistent Study of Electroweak Transition[J]. Chinese Physics C, 1994, 18(10): 928-935.

Hou Defu and Li Jiarong. The Self-consistent Study of Electroweak Transition[J]. Chinese Physics C, 1994, 18(10): 928-935. shu

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Received: 1900-01-01
Revised: 1900-01-01

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沈阳化工大学材料科学与工程学院沈阳 110142

The Self-consistent Study of Electroweak Transition

Hou Defu^,
Li Jiarong

Corresponding author:Hou Defu,

Institute of Particle Physics,Huazhong Normal University, Wuhan 430070

Received Date:1900-01-01
Accepted Date:1900-01-01
Available Online:1994-10-05

Abstract:By using the Fresummation of the hard thermal loops in the tadpole diagrams,the effective potential of orderλ^3/2,g³,g^'3)is consistently calculated in the standard model with neutral current at high temperature and the difficulties in the naive calculation are overcome.It is proved that the electroweak transition is of the firstorder and the critical temperature is given.