Quantum Pioneers: How Magnetic Quivers Are Rewriting the Rules of Particle Physics

Physicists have introduced the concept of magnetic quivers to analyze quantum field theories , revealing new ways to visualize interactions and properties within these systems. Credit: SciTechDaily.com

The decay and fission of magnetic quivers provides insights into the physical and mathematical foundations of quantum field theories. QFTs are the framework for the description of countless physical phenomena: from subatomic particles to the universe. Credit: Pedro del RealA quiver consists of directed arrows and nodes. The arrows represent the quantum fields , while the nodes represent the interactions – e.g., strong, weak, or electromagnetic – between the fields.

FWF START award winner Sperling said, “Our research deals with the fundamentals of our understanding of physics. Only after we have understood the QFTs in our laboratory environment can we apply these insights to more realistic QFT models.” The concept of magnetic quivers – one of the main research topics of Sperling’s START project at the University of Vienna – was used as a tool to provide a precise geometric description of the new quantum vacua.

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