果冻传媒

Future solid-state devices will have to be multifunctional, highly manipulable and display quantum mechanical effects that surpass the classical properties of state-of-the-art devices. Their properties are usually controlled by statically modifying the composition and structure of their constituent atoms or their environment with pressure and electromagnetic fields. Our research group takes a fundamentally different approach, by investigating theoretically and computationally how properties of solids change dynamically, when the atoms are collectively excited. For more information, visit our website at .

For an introduction to the theory of coherent phonons and nonlinear phononics, please see the recent 4-hour lecture series from the Nordita Winter School 2023 here: .