New physics in the charged relativistic Bose gas using zeta-function regularization?

Abstract

The multiplicative anomaly, recently introduced in QFT, plays a fundamental role in solving some mathematical inconsistencies of the widely used zeta-function regularization method. Its physical relevance is still an open question and is here analyzed in the light of a non-perturbative method. Even in this approach the ``different physics'' seems to hold and not to be easily removable by renormalization.

6 pages, LaTeX. Talk given at the ``SEWM2000 - Strong and Electro-Weak Matter 2000''Conference, June 2000, Marseilles, France. Proceedings to be published by World Scientific

References in corpus (6)

• On the relevance of the multiplicative anomaly
• Is the multiplicative anomaly relevant ?
• Is the multiplicative anomaly dependent on the regularization ?
• Inclusion of Chemical Potential for Scalar Fields
• Zero-point energies and the multiplicative anomaly
• Chemical potential and multiplicative anomaly