1991Canadian Journal of PhysicsRequires access

Photoproduction of W bosons as a test of the standard model

Mark A. Samuel, C. S. Kalman, M. Frank, C. Hamzaoui, Guowen Li

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Abstract

The photoproduction of W bosons is proposed as a means of testing the standard model. In particular, the radiation amplitude zero, which may occur in this process, provides a sensitive measure of the magnetic moment of the W bosons. Such experiments, using colliding beams, are feasible with present-day accelerators.

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What this paper is about

The photoproduction of W bosons is proposed as a means of testing the standard model. In particular, the radiation amplitude zero, which may occur in this process, provides a sensitive measure of the magnetic moment of the W bosons. Such experiments, using colliding beams, are feasible with present-day accelerators.

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Available abstract

The photoproduction of W bosons is proposed as a means of testing the standard model. In particular, the radiation amplitude zero, which may occur in this process, provides a sensitive measure of the magnetic moment of the W bosons. Such experiments, using colliding beams, are feasible with present-day accelerators.

Key concepts: Physics, Boson, Particle physics, Amplitude, Standard Model (mathematical formulation), Nuclear physics, Measure (data warehouse), Moment (physics)

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