Two German physicists have unveiled a compact magnet layout that outperforms the famed Halbach array, delivering stronger, more even magnetic fields without bulky superconductors. Their 3D-printed ring stacks matched analytic predictions and could slash the cost of MRI machines while opening doors for levitation tech and particle accelerators. Breakthrough in Magnetic Field Generation Physicists Ingo […]



Summary

German physicists have developed a novel, compact magnet arrangement that surpasses the Halbach array in magnetic field strength and homogeneity. This innovative design, created with 3D-printed ring stacks, achieves superior performance without relying on expensive superconductors. Their findings, validated by analytic predictions, suggest potential applications in various fields. Specifically, this could lead to significantly cheaper and more efficient MRI machines. Furthermore, the technology holds promise for advancements in areas like magnetic levitation and particle accelerators, marking a substantial breakthrough in magnetic field generation.

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