Levitating Glass Sphere Entangled with Light at Room Temperature

Physicists are actively exploring methods to link macroscopic objects through quantum entanglement using light. Recent developments focus on levitating glass spheres at room temperature.

Such advancements aim to unlock secure communication networks and enable highly sensitive tests of fundamental physical laws.

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Polymer coating tackles MXene water stability challenge for CO2 conversion

Researchers have developed an innovative photocatalytic technology designed to enhance the water stability of MXene, a promising material that is typically vulnerable to degradation in aqueous environments. By applying a specialized polymer coating, the research team successfully protected the material, enabling it to efficiently facilitate the conversion of carbon dioxide into methane through photocatalysis.

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Flexible tails could boost ancient sea predators' ambush speeds

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Mysterious Papua New Guinea rock reveals unexpected cooling

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Levitating Glass Sphere Entangled with Light at Room Temperature

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