2023Physical review. D/Physical review. D.Open access

Electroweak sphaleron in a magnetic field

Jaakko Annala, Kari Rummukainen

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Abstract

Using high precision numerical simulations, the authors investigate the electroweak sphaleron of the standard model in an external (hyper)magnetic field. They find that the electroweak crossover temperature decreases with increasing field strength and the sphaleron rate suppression is shifted to lower temperatures.

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What this paper is about

Using high precision numerical simulations, the authors investigate the electroweak sphaleron of the standard model in an external (hyper)magnetic field. They find that the electroweak crossover temperature decreases with increasing field strength and the sphaleron rate suppression is shifted to lower temperatures.

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Available abstract

Using high precision numerical simulations, the authors investigate the electroweak sphaleron of the standard model in an external (hyper)magnetic field. They find that the electroweak crossover temperature decreases with increasing field strength and the sphaleron rate suppression is shifted to lower temperatures.

Key concepts: Sphaleron, Electroweak interaction, Crossover, Physics, Magnetic field, Condensed matter physics, Field (mathematics), Particle physics

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