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Nanolite, a CEA-Imagine Optic joint lab on Extreme UV metrology

Nanolite, a CEA-Imagine Optic joint lab on Extreme UV metrology

   Extreme UV metrology joint Lab, Nanlite , Imagine Optic - CEA NANOLITE, the novel optical metrology platform for extreme UV enters operational phase. Nanolite, established January 2020, is a joint collaboration and laboratory between the LIDYL CEA laboratory...

WaveSuite goes full 64 bits: 3x processing speed, no-limit RAM & M2

WaveSuite goes full 64 bits: 3x processing speed, no-limit RAM & M2

WaveSuite 4.3 optical metrology and adaptive optics software completes the full transition to 64-bit compilation and overhauls previous limitations in RAM management and processing speed linked to 32-bit architecture legacy. This version of WaveSuite is a landmark for...

Hard-XRay wavefront sensing now standard

Hard-XRay wavefront sensing now standard

New HASO HXR wavefront sensor now provides beamline scientists a robust, versatile industrial tool for hard X-rays optical metrology, to characterize and optimize beam quality. Optical metrology of X-Ray beamlines is of paramount importance in the context of...

Maximize EUV-XUV photons through adaptive optics for HHG

Maximize EUV-XUV photons through adaptive optics for HHG

The use of adaptive optics (AO) for IR wavefront control is essential to optimize the phase-matching conditions and therefore enhance the signal of the HHG. Furthermore, the vortex IR driver results in up-converted EUV with a wide range of orbital angular momentum...

XPulse project : extracting more information from X-Ray imaging

XPulse project : extracting more information from X-Ray imaging

The first results of the XPulse project promise great advances in X-Ray technology and imaging, in particular regarding new generation X-ray sources and high-sensitivity phase contrast X-Ray imaging Even though X-ray imaging allows for powerful visualization,...

Kirkpatrick–Baez active optics system at FERMI

Kirkpatrick–Baez active optics system at FERMI

Very nice results obtained at FERMI, demonstrating optimal focusing of FEL pulses using the KAOS active optics system using X-EUV wavefront sensor or HASO EUV from Imagine Optic. This sensor is used to align both mirrors of a custom, active Kirkpatrick-Baez focusing...

A success story in three-dimensional plenoptic imaging.

A success story in three-dimensional plenoptic imaging.

EU-funded VOXEL project develop an innovative way to create three-dimensional imaging without the high doses of X-ray radiation by adapting a technique called plenoptic imaging. Doctors have used computed tomography scans, or CT scans, to greatly improve the diagnosis...

Single-shot EUV wavefront measurements of HHG using a HASO EUV

Single-shot EUV wavefront measurements of HHG using a HASO EUV

  Imagine Optic’s HASO EUV wavefront sensor is a key instrument to understand the amplitude and phase transfer parameters from a femtosecond (fs) laser beam to high-order harmonic generation and also Wavefront analysis. It delivers a single-shot EUV wavefront...