1978Physical review. D. Particles, fields, gravitation, and cosmology/Physical review. D. Particles and fieldsRequires access

Quark confinement by classically massless strings

E. P. Tryon

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Abstract

Quantization of a classical string leads to an increase in the effective tension by an amount which is formally independent of the classical value. We therefore conjecture that a classically massless string terminating on a $q$ and $\overline{q}$, such as that proposed recently by Vinciarelli, would result in their confinement.

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Quantization of a classical string leads to an increase in the effective tension by an amount which is formally independent of the classical value. We therefore conjecture that a classically massless string terminating on a $q$ and $\overline{q}$, such as that proposed recently by Vinciarelli, would result in their confinement.

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Available abstract

Quantization of a classical string leads to an increase in the effective tension by an amount which is formally independent of the classical value. We therefore conjecture that a classically massless string terminating on a $q$ and $\overline{q}$, such as that proposed recently by Vinciarelli, would result in their confinement.

Key concepts: Massless particle, Physics, Color confinement, String (physics), Quantization (signal processing), Quark, Conjecture, Particle physics

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