Vanishing of Cosmological Constant in Dual Supergravity
M.V.Terentiev, K.N.Zyablyuk

TL;DR
This paper demonstrates that under general conditions, the compactification of dual supergravity with one-loop fivebrane corrections results in a zero cosmological constant, addressing a key issue in theoretical physics.
Contribution
It shows that dual supergravity with one-loop fivebrane corrections naturally leads to a vanishing cosmological constant upon compactification.
Findings
Compactification yields zero cosmological constant.
Results hold under general conditions.
Supports theories addressing cosmological constant problem.
Abstract
The vacuun configuration of dual supergravity in ten dimensions with one-loop fivebrane corrections is analyzed. It is shown that the compactification of this theory with rather general conditions to six-dimensional space leads to zero value of cosmological constant.
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Taxonomy
TopicsCosmology and Gravitation Theories · Black Holes and Theoretical Physics · Relativity and Gravitational Theory
