We demonstrate the first stroboscopic full-field EUV nanoscope using high harmonics. We image the propagation of thermal and surface acoustic waves in nickel with 80nm transverse, 0.5 Å axial, and 10 fs resolution
In this paper we present a series of experiments which show that 2-D and possibly 3-D imaging with s...
We demonstrate submicron resolution imaging using picosecond acoustic phonon pulses. High-frequency ...
We demonstrate full-field quantitative ptychographic imaging using tabletop high harmonics to visual...
We demonstrate the first stroboscopic full-field EUV nanoscope using high harmonics. We image the pr...
We report the first stroboscopic full-field EUV microscope using high harmonics. Specifically, we de...
Imaging charge, spin, and energy flow in materials is a current grand challenge that is relevant to ...
We extend optical nanometrology capabilities to smaller dimensions by using tabletop coherent extrem...
We report the first dynamic (i.e. stroboscopic), full field, tabletop extreme ultraviolet microscope...
This thesis discusses methods for high-resolution static and stroboscopic microscopy using tabletop ...
We report the first stroboscopic full-field EUV microscope using high harmonics. Specifically, we de...
A new scientific frontier exists at the intersection of the nanoscale and the ultrafast. In order to...
Tremendous recent progress in nanofabrication capabilities has made high-quality single-atomic layer...
Advances in nanofabrication have pushed the characteristic dimensions of nanosystems well below 100n...
AbstractScanning electron microscopy and atomic force microscopy are well-established techniques for...
Using a tabletop coherent extreme ultraviolet source, we extend current nanoscale metrology capabili...
In this paper we present a series of experiments which show that 2-D and possibly 3-D imaging with s...
We demonstrate submicron resolution imaging using picosecond acoustic phonon pulses. High-frequency ...
We demonstrate full-field quantitative ptychographic imaging using tabletop high harmonics to visual...
We demonstrate the first stroboscopic full-field EUV nanoscope using high harmonics. We image the pr...
We report the first stroboscopic full-field EUV microscope using high harmonics. Specifically, we de...
Imaging charge, spin, and energy flow in materials is a current grand challenge that is relevant to ...
We extend optical nanometrology capabilities to smaller dimensions by using tabletop coherent extrem...
We report the first dynamic (i.e. stroboscopic), full field, tabletop extreme ultraviolet microscope...
This thesis discusses methods for high-resolution static and stroboscopic microscopy using tabletop ...
We report the first stroboscopic full-field EUV microscope using high harmonics. Specifically, we de...
A new scientific frontier exists at the intersection of the nanoscale and the ultrafast. In order to...
Tremendous recent progress in nanofabrication capabilities has made high-quality single-atomic layer...
Advances in nanofabrication have pushed the characteristic dimensions of nanosystems well below 100n...
AbstractScanning electron microscopy and atomic force microscopy are well-established techniques for...
Using a tabletop coherent extreme ultraviolet source, we extend current nanoscale metrology capabili...
In this paper we present a series of experiments which show that 2-D and possibly 3-D imaging with s...
We demonstrate submicron resolution imaging using picosecond acoustic phonon pulses. High-frequency ...
We demonstrate full-field quantitative ptychographic imaging using tabletop high harmonics to visual...