Enable high harmonic generation with your Ti:Sapphire laser

High Harmonic Quantum Light Sources: A Unique Discovery Tool for Materials Science 

Nanostructured and quantum materials represent some of the most promising frontiers in the quest for faster, lightweight, energy efficient technologies. However, their inherent complexity and rich phase behavior make them challenging to understand or manipulate in useful ways.

In many materials, the relevant spatial and temporal scales are Å/nm and femtoseconds to picoseconds, with energy scales that span many orders of magnitude from the sub-meV to eVs.

Extreme ultraviolet light from high harmonic generation (HHG) is a unique quantum light source with fundamentally new capabilities – producing fully spatially and temporally coherent beams with linear or circular polarization throughout the extreme ultraviolet (EUV) and soft X-ray region, all on a tabletop. 

KMLabs' XUUS is the first and only complete tabletop solution for delivering fully spatially coherent, background-free EUV to your experiment.

HHG enables exciting advances in materials discovery:

• Capture the static and dynamic band structure, electron temperature and heat capacity by combining HHG with time- and angle-resolved photoemission spectroscopy (trARPES)
• Generate high-resolution, high contrast, images of visibly-opaque materials with inherent elemental/chemical/magnetic and phase contrast using HHG-based coherent diffraction scattering and imaging (CDI)
• Use HHG scatterometry to directly visualize charge/spin/thermal and acoustic wave transport.

Key to these advances is the new ability to generate coherent short wavelength beams with femtosecond pulse duration at kHz to MHz repetition rates, enabling high-speed and time-resolved imaging and spectroscopy.

If you already have an amplified Ti:Sapphire system in your lab with sub-45 fs, mJ-level pulses, you can upgrade to XUUS to begin accessing these new experimental regimes.

Contact us today to begin generating your future!

 

Also ask us about our new RAEA-XUUS and Yi-Fi VUV, complete benchtop solutions for EUV through to soft X-ray photon generation