<ul><li>Scientists have found a way to use twisted light to 'spin' electrons and create currents in graphene.</li><li>By transferring the spinning motion of twisted light to electrons in graphene, researchers were able to control their behavior and create a current.</li><li>This breakthrough opens up possibilities for controlling electrons in quantum materials and understanding their quantum properties.</li><li>The use of twisted light could lead to advancements in quantum technologies and provide new ways to measure and manipulate electrons.</li></ul>

How twisted light is changing the way we control electrons

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