For the first time we extended the RABBITT technique to condensed matter. Simultaneous measurement with a reference argon target allowed us to resolve photoemission delays in noble metals. The results show attosecond dynamics beyond transport. ©OSA 2014
We discuss experiments that address the ultrafast dynamics inherent to the photoemission process in ...
The photoelectric effect was fundamental in the development of quantum mechanics and has become a wi...
The photoelectric effect was fundamental in the development of quantum mechanics and has become a wi...
For the first time we extended the RABBITT technique to condensed matter. Simultaneous measurement w...
For the first time we extended the RABBITT technique to condensed matter. Simultaneous measurement w...
Our new detection scheme combines the RABBITT technique in solids with simultaneous measurements in ...
Our new detection scheme combines the RABBITT technique in solids with simultaneous measurements in ...
Our new detection scheme combines the RABBITT technique in solids with simultaneous measurements in ...
Our new detection scheme combines the RABBITT technique in solids with simultaneous measurements in ...
Our new detection scheme combines the RABBITT technique in solids with simultaneous measurements in ...
Our new detection scheme combines the RABBITT technique in solids with simultaneous measurements in ...
Our new detection scheme combines the RABBITT technique in solids with simultaneous measurements in ...
Our new detection scheme combines the RABBITT technique in solids with simultaneous measurements in ...
The dynamics of the photoelectric effect in solid-state systems can be investigated via attosecond-t...
We discuss experiments that address the ultrafast dynamics inherent to the photoemission process in ...
We discuss experiments that address the ultrafast dynamics inherent to the photoemission process in ...
The photoelectric effect was fundamental in the development of quantum mechanics and has become a wi...
The photoelectric effect was fundamental in the development of quantum mechanics and has become a wi...
For the first time we extended the RABBITT technique to condensed matter. Simultaneous measurement w...
For the first time we extended the RABBITT technique to condensed matter. Simultaneous measurement w...
Our new detection scheme combines the RABBITT technique in solids with simultaneous measurements in ...
Our new detection scheme combines the RABBITT technique in solids with simultaneous measurements in ...
Our new detection scheme combines the RABBITT technique in solids with simultaneous measurements in ...
Our new detection scheme combines the RABBITT technique in solids with simultaneous measurements in ...
Our new detection scheme combines the RABBITT technique in solids with simultaneous measurements in ...
Our new detection scheme combines the RABBITT technique in solids with simultaneous measurements in ...
Our new detection scheme combines the RABBITT technique in solids with simultaneous measurements in ...
Our new detection scheme combines the RABBITT technique in solids with simultaneous measurements in ...
The dynamics of the photoelectric effect in solid-state systems can be investigated via attosecond-t...
We discuss experiments that address the ultrafast dynamics inherent to the photoemission process in ...
We discuss experiments that address the ultrafast dynamics inherent to the photoemission process in ...
The photoelectric effect was fundamental in the development of quantum mechanics and has become a wi...
The photoelectric effect was fundamental in the development of quantum mechanics and has become a wi...
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