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Quantum Markets

Óxido metálico inusual muestra signos de magnetismo bajo tensión de red en capas ultrafinas

El dióxido de rutenio (RuO2) es un óxido metálico que comúnmente sirve como un importante conductor metálico, material cuántico y electrocatalizador industrial. Si bien ha habido debates en torno a las propiedades magnéticas del RuO2, generalmente se considera no magnético en su forma masiva. Pero ahora, un nuevo estudio, publicado en Science Advances, ha descubierto que capas muy delgadas de RuO2 pueden volverse magnéticas cuando su red se somete a tensión.

Phys.org Quantum Physics

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Aug 1, 2026 at 6:40 PM UTC · Updated hace 3 días · 1 min de lectura

Óxido metálico inusual muestra signos de magnetismo bajo tensión de red en capas ultrafinas — NewsLayer editorial artwork

El dióxido de rutenio (RuO2) es un óxido metálico que comúnmente sirve como un importante conductor metálico, material cuántico y electrocatalizador industrial. Si bien ha habido debates en torno a las propiedades magnéticas del RuO2, generalmente se considera no magnético en su forma masiva. Pero ahora, un nuevo estudio, publicado en Science Advances, ha descubierto que capas muy delgadas de RuO2 pueden volverse magnéticas cuando su red se somete a tensión.

#quantum #markets

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Originally reported by Phys.org Quantum Physics

NewsLayer coverage based on externally reported material.

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