On the Energy Momentum Tensor of the M-Theory Fivebrane
O. Baerwald, N. D. Lambert, P. C. West
TL;DR
This paper constructs the energy-momentum tensor for the bosonic sector of the covariant M-theory fivebrane and computes the energy of its solitonic solutions, advancing understanding of its physical properties.
Contribution
It provides the first explicit construction of the energy-momentum tensor for the covariant M-theory fivebrane's bosonic fields and calculates energies of specific solitonic solutions.
Findings
Explicit energy-momentum tensor for the fivebrane's bosonic fields.
Energy values for various solitonic solutions.
Enhanced understanding of the fivebrane's physical characteristics.
Abstract
We construct the energy momentum tensor for the bosonic fields of the covariant formulation of the M-theory fivebrane within that formalism. We then obtain the energy for various solitonic solutions of the fivebrane equations of motion.
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