TL;DR
This paper explores tachyon field equations, revealing connections to sine-Gordon theory and insights into string state emergence and D-Brane confinement during brane annihilation.
Contribution
It introduces a novel splitting method for tachyon equations, uncovering new properties of Born-Infeld and Polyakov actions and linking them to fundamental string phenomena.
Findings
Revealed non-trivial properties of Born-Infeld and Polyakov actions
Connected sine-Gordon theory to tachyon dynamics and string phenomena
Provided insights into D-Brane annihilation and confinement processes
Abstract
A suitable splitting of tachyon field equation is able to disclose non trivial properties of Born-Infeld (some known, some unexpected) and Polyakov actions; the tachyon equation also can be analyzed in some detail. The analysis displays an intriguing connection between sine-Gordon theory and some crucial issues such as the emergence of perturbative string states when a D-Brane and an anti-D-Brane annihilate and the confinement of charged D-Branes.
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