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INTERPHON explores the manipulation of material properties using light and crystal lattice interactions. By developing techniques for ultrafast and energy-efficient material changes, it aims to advance knowledge in nonlinear optics and create new technologies for controlling magnetic and electric orders.
For almost two millennia people are looking for the philosophers' stone, dreaming to be able to change material properties at will.
While turning lead to gold might just have become a reality, even though only a few atoms at a time, in a broader sense we are still very far from this.
To make this dream come true, INTERPHON challenges the existing ideas and understanding of the interactions between light and matter, developing a research area at the junction of nonlinear optics, phononics and ult…
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