We image a nanostructured sample through a visibly-opaque 100nm layer of aluminum using lensless Fresnel Ptychography and a tabletop high harmonic source. The reconstructed amplitude-contrast image uncovered the presence of interfacial diffusion non-destructively
Imaging ordered materials with coherent x rays holds great potential to improve our understanding of...
We used hard X-ray scanning microscopy with ptychographic coherent diffraction contrast to image a f...
10siIf an object is illuminated with coherent electromagnetic radiation, e.g., by visible laser ligh...
We demonstrate non-invasive, high-resolution non-destructive reflection mode imaging of nanostructur...
We use EUV coherent microscopy to obtain high-resolution images of buried interfaces, with chemical ...
We demonstrate quantitative, chemically specific imaging of buried nanostructures, including oxidati...
The spatial resolution of diffractive imaging techniques depends upon the numerical aperture of the ...
Lensless X-ray imaging techniques such as coherent diffraction imaging and ptychography, and Fourier...
EUV lithography is promising for addressing upcoming, <10nm nodes for the semiconductor industry, bu...
Imaging is a critical tool used across a broad range of applications in science, technology, medicin...
We demonstrate full-field quantitative ptychographic imaging using tabletop high harmonics to visual...
International audienceOn one hand, coherent diffraction imaging (CDI) in Bragg geometry has emerged ...
This thesis discusses methods for high-resolution static and stroboscopic microscopy using tabletop ...
C1 - Journal Articles RefereedWe present an x-ray coherent diffractive imaging experiment utilizing ...
Using a tabletop coherent extreme ultraviolet source, we extend current nanoscale metrology capabili...
Imaging ordered materials with coherent x rays holds great potential to improve our understanding of...
We used hard X-ray scanning microscopy with ptychographic coherent diffraction contrast to image a f...
10siIf an object is illuminated with coherent electromagnetic radiation, e.g., by visible laser ligh...
We demonstrate non-invasive, high-resolution non-destructive reflection mode imaging of nanostructur...
We use EUV coherent microscopy to obtain high-resolution images of buried interfaces, with chemical ...
We demonstrate quantitative, chemically specific imaging of buried nanostructures, including oxidati...
The spatial resolution of diffractive imaging techniques depends upon the numerical aperture of the ...
Lensless X-ray imaging techniques such as coherent diffraction imaging and ptychography, and Fourier...
EUV lithography is promising for addressing upcoming, <10nm nodes for the semiconductor industry, bu...
Imaging is a critical tool used across a broad range of applications in science, technology, medicin...
We demonstrate full-field quantitative ptychographic imaging using tabletop high harmonics to visual...
International audienceOn one hand, coherent diffraction imaging (CDI) in Bragg geometry has emerged ...
This thesis discusses methods for high-resolution static and stroboscopic microscopy using tabletop ...
C1 - Journal Articles RefereedWe present an x-ray coherent diffractive imaging experiment utilizing ...
Using a tabletop coherent extreme ultraviolet source, we extend current nanoscale metrology capabili...
Imaging ordered materials with coherent x rays holds great potential to improve our understanding of...
We used hard X-ray scanning microscopy with ptychographic coherent diffraction contrast to image a f...
10siIf an object is illuminated with coherent electromagnetic radiation, e.g., by visible laser ligh...
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