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A College Student Accidentally Broke the Laws of Thermodynamics
Yahoo • • health
Key Points:
- Researchers at the University of Massachusetts Amherst discovered that two immiscible liquids combined with magnetized nickel particles defy the traditional Laws of Thermodynamics by forming a stable, unusual Grecian urn shape instead of mixing.
- This phenomenon occurs because strong magnetism bends the boundary between the liquids, disrupting the emulsification process typically governed by thermodynamic principles, regardless of agitation.
- The discovery, detailed in a 2025 Nature Physics paper, reveals a novel state in soft-matter physics, though it currently lacks practical applications.
- The findings challenge established scientific understanding of how temperature, energy, and entropy govern interactions in multi-component systems like emulsions.
