One of the oldest goals across the science is to watch atoms undergo reactions in real time. However, such observations are only meaningful if the object of interest is looked at in its natural environment. For most biological and materials sciences samples, this means in solution phase or dispersed in a liquid. Unfortunately, this restriction normally prohibits either reaching atomic spatial (10-10m) or ultrafast time (10-15sec) resolution. Here, two sample preparation techniques are shown providing a natural environment for experiments with high spatial and temporal resolution: a nanofluidic cell for electron microscopy, and a chip for serial time resolved x-ray crystallography. The nanofluidic cell was implemented into different transm...
The advent and application of the X-ray free-electron laser (XFEL) has uncovered the str...
Advances in seeing small things Electron microscopes, particularly those with aberration correction,...
This protocol describes fabricating microfluidic devices with low X-ray background optimized for gon...
One of the oldest goals across the science is to watch atoms undergo reactions in real time. However...
One of the biggest challenges in life sciences is to investigate chemical and biological reactions a...
In situ imaging using (scanning) transmission electron microscopy has proven to be an extremely impo...
The use of electron probes for in situ imaging of solution phase systems has been a long held object...
The use of electron probes for in situ imaging of solution phase systems has been a long held object...
The use of electron probes for in situ imaging of solution phase systems has been a long held object...
X-ray crystallography is the leading technique for determining the atomic structure of biological mo...
A new era of protein crystallography started when X-ray free-electron lasers (XFELs) came into opera...
Over the last decade, brilliant, coherent femtosecond X-ray free-electron lasers (XFELs) have revolu...
Nanomaterials exhibit unique size-dependent properties, and colloidal, metallic nanocrystals have be...
X-ray crystallography has played a critical role in structural biology, allowing for the direct stud...
none7siConspectusRevolutions in science and engineering frequently result from the development, and ...
The advent and application of the X-ray free-electron laser (XFEL) has uncovered the str...
Advances in seeing small things Electron microscopes, particularly those with aberration correction,...
This protocol describes fabricating microfluidic devices with low X-ray background optimized for gon...
One of the oldest goals across the science is to watch atoms undergo reactions in real time. However...
One of the biggest challenges in life sciences is to investigate chemical and biological reactions a...
In situ imaging using (scanning) transmission electron microscopy has proven to be an extremely impo...
The use of electron probes for in situ imaging of solution phase systems has been a long held object...
The use of electron probes for in situ imaging of solution phase systems has been a long held object...
The use of electron probes for in situ imaging of solution phase systems has been a long held object...
X-ray crystallography is the leading technique for determining the atomic structure of biological mo...
A new era of protein crystallography started when X-ray free-electron lasers (XFELs) came into opera...
Over the last decade, brilliant, coherent femtosecond X-ray free-electron lasers (XFELs) have revolu...
Nanomaterials exhibit unique size-dependent properties, and colloidal, metallic nanocrystals have be...
X-ray crystallography has played a critical role in structural biology, allowing for the direct stud...
none7siConspectusRevolutions in science and engineering frequently result from the development, and ...
The advent and application of the X-ray free-electron laser (XFEL) has uncovered the str...
Advances in seeing small things Electron microscopes, particularly those with aberration correction,...
This protocol describes fabricating microfluidic devices with low X-ray background optimized for gon...