THE LOOP COSMOLOGICAL CONSTANT IN COMPACT SPACE S1 AND MODULI SPACE F=C+/SL(2,Z)
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Abstract
The one-loop string cosmological constant has been calculated by ξ functicn regularizing method. For Wess-Zumino a model, we find the bosonization temperature being less than the critical temperature in compact space S1. The similar properties in moduli space C+/SL(2, Z) are also discussed.
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YAN Jun, LI Jiangnan, HU Shike. THE LOOP COSMOLOGICAL CONSTANT IN COMPACT SPACE S1 AND MODULI SPACE F=C+/SL(2,Z)[J]. Chin. Phys. Lett., 1989, 6(9): 425-428.
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YAN Jun, LI Jiangnan, HU Shike. THE LOOP COSMOLOGICAL CONSTANT IN COMPACT SPACE S1 AND MODULI SPACE F=C+/SL(2,Z)[J]. Chin. Phys. Lett., 1989, 6(9): 425-428.
|
YAN Jun, LI Jiangnan, HU Shike. THE LOOP COSMOLOGICAL CONSTANT IN COMPACT SPACE S1 AND MODULI SPACE F=C+/SL(2,Z)[J]. Chin. Phys. Lett., 1989, 6(9): 425-428.
|
YAN Jun, LI Jiangnan, HU Shike. THE LOOP COSMOLOGICAL CONSTANT IN COMPACT SPACE S1 AND MODULI SPACE F=C+/SL(2,Z)[J]. Chin. Phys. Lett., 1989, 6(9): 425-428.
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