This groundbreaking work at #SwissFEL demonstrates a modelocked #XFEL producing coherent trains of attosecond X-ray pulses, enabling unprecedented control of light at the attosecond scale.

🚀 ¡Congelan el movimiento cuántico con láseres ultrarrápidos! ⚡ #ciencia #QuantumTechnology, #LaserScience, #HarvardResearch, #SwissFEL, #Cuantica, #QuantumMaterials, #CienciaYFuturo, #ComputacionCuantica, #InnovacionTecnologica, #RayosX youtu.be/NF7revAIoEo

Stabilising fleeting quantum states with light X-rays from SwissFEL probe emergent properties of quantum materials

#QuantumMaterials exhibit remarkable emergent properties when they are excited with external sources. But these excited states decay rapidly, limiting practical applications. Thanks to the light of the #SwissFEL researchers could obtain long-lived quantum states.

Controlling magnetic waves in a spin liquid | SwissFEL Bernina Group | PSI Scientists at the Paul Scherrer Institute PSI have shown that excitation of a spin liquid with intense THz pulses causes spins to appear and align within less than a picosecond. This induced coherent ...

#FutureTechnology #Material Science: Scientists at PSI succeeded in creating and controlling magnetic waves in materials, which they visualised using ultrashort X-ray pulses of the Bernina station at #SwissFEL. This could be useful for fast data storage or to control material properties: