We describe the implementation and detailed characterization of a laser-triggered field-emitter electron source integrated into a modified transmission electron microscope. Highly coherent electron pulses enable high resolution ultrafast electron imaging and diffraction
Ultrashort, low-emittance electron pulses can be created at a high repetition rate by using a TM110 ...
We numerically investigate the suitability of photoexcited nanotips as a source of coherent femtosec...
Ultrashort, low-emittance electron pulses can be created at a high repetition rate by using a TM110 ...
We describe the implementation and detailed characterization of a laser-triggered field-emitter elec...
International audienceWe report on the development of an ultrafast Transmission Electron Microscope ...
International audienceWe report on the development of an ultrafast Transmission Electron Microscope ...
WOS:000405661700041International audienceWe report on the design of a femtosecond laser-driven elect...
WOS:000405661700041International audienceWe report on the design of a femtosecond laser-driven elect...
WOS:000405661700041International audienceWe report on the design of a femtosecond laser-driven elect...
We numerically investigate the suitability of photoexcited nanotips as a source of coherent femtosec...
We numerically investigate the suitability of photoexcited nanotips as a source of coherent femtosec...
International audienceWe report on the development of an ultrafast Transmission Electron Microscope ...
International audienceWe report on electron holography experiments performed with femtosecond electr...
International audienceWe report on electron holography experiments performed with femtosecond electr...
We numerically investigate the properties of coherent femtosecond single electron wave packets photo...
Ultrashort, low-emittance electron pulses can be created at a high repetition rate by using a TM110 ...
We numerically investigate the suitability of photoexcited nanotips as a source of coherent femtosec...
Ultrashort, low-emittance electron pulses can be created at a high repetition rate by using a TM110 ...
We describe the implementation and detailed characterization of a laser-triggered field-emitter elec...
International audienceWe report on the development of an ultrafast Transmission Electron Microscope ...
International audienceWe report on the development of an ultrafast Transmission Electron Microscope ...
WOS:000405661700041International audienceWe report on the design of a femtosecond laser-driven elect...
WOS:000405661700041International audienceWe report on the design of a femtosecond laser-driven elect...
WOS:000405661700041International audienceWe report on the design of a femtosecond laser-driven elect...
We numerically investigate the suitability of photoexcited nanotips as a source of coherent femtosec...
We numerically investigate the suitability of photoexcited nanotips as a source of coherent femtosec...
International audienceWe report on the development of an ultrafast Transmission Electron Microscope ...
International audienceWe report on electron holography experiments performed with femtosecond electr...
International audienceWe report on electron holography experiments performed with femtosecond electr...
We numerically investigate the properties of coherent femtosecond single electron wave packets photo...
Ultrashort, low-emittance electron pulses can be created at a high repetition rate by using a TM110 ...
We numerically investigate the suitability of photoexcited nanotips as a source of coherent femtosec...
Ultrashort, low-emittance electron pulses can be created at a high repetition rate by using a TM110 ...