Time-resolved APXPS

…beamtime with this instrument. Excitation method Gas pressure/composition pulses are formed by switching Mass Flow Controllers. Temperature pulses are created by rapidly changing the heating laser power MFC range 0.5…

Using strain to control echoes in ultrafast optics

…on echoes for femtosecond applications.” Today, echoes are used at X-ray Free Electron Lasers (XFELs) to produce self-seeded monochromatic radiation. The NanoMAX study contributes to our knowledge of how dynamical…

ReMade@ARI Call for Proposals

…over 50 analytical research infrastructures across Europe comprising synchrotrons, free-electron lasers, neutron sources, high magnetic field laboratories and ion or positron beam facilities through one single submission process. ReMade@ARI offers…

Insertion devices

…also equipped with the required infrastructure for IO and motion tests for the ID’s to minimize tunnel access during ID’s installation. Overview of the ID Magnetic Measurement Laboratory Two laser…

AFM scanning modes

…thin flexible stripe, usually metal-coated silicon, called a cantilever. The back of the cantilever is illuminated with the laser light, and the reflection is observed on a position-sensitive detector (PSD)….

Beamline optics

From left to right: in-vacuum wiggler, FE mask, wall, low-E filters, alignment laser, CM, DCM, slit, fluorescent screen, FM, slit, fluorescent screen, sample Source: in-vacuum wiggler Total length 2 m…

COHERENCE 2024

…electrons, lasers and beyond. It will occur on the 16-20th of June 2024. COHERENCE attracts researchers from many fields (physics, chemistry, biology, optics, and more) who are interested in developing…