CORDIS Project
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The project explores the use of twisted light at the nanoscale to control magnetism, aiming to enhance information encoding and processing. By generating electromagnetic fields with orbital angular momentum, it seeks to enable ultrafast manipulation of magnetic phenomena, which could significantly advance technologies…
Harnessing twisted light (light carrying orbital angular momentum) on the nanoscale, and its interaction with magnetism, can revolutionize how we encode and process information.
In fact, twisted electromagnetic fields can enable a superior control over the motion of the electrons and their spin compared to circularly polarized light.
Yet, a clear demonstration that it is possible to act on magnetism using twisted light has still to be established.
The main challenge is to find an approach to gen…
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