How Entanglement Shapes Reality
In the realm of quantum materials, **entanglement** isn't just a quirky phenomenon—it's the very fabric weaving together the behavior of electrons in strange metals. Qimiao Si's groundbreaking research reveals that at critical points, entanglement doesn't just increase—it **peaks**, dictating the material's properties in ways classical physics can't explain.
Qimiao Si is a theoretical physicist at Rice University renowned for his pioneering work on quantum criticality and strange metals. His research has unveiled how quantum entanglement governs the behavior of complex materials, offering profound insights into the fundamental nature of matter.
Based on Rice physicists use quantum entanglement to crack mystery of strange metals, summarised and reframed by Insights.
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