Paolo CALVANI
(CNR-SPIN and Università di Roma La Sapienza, Roma, Italy)
Since the first observation of infrared emission from a synchrotron (1982), the advantages of this broad-band, brilliant source with respect to conventional black bodies have been increasingly recognized. In solid-state physics, they are particularly appreciated for the frequent need to investigate small single crystals, ultrathin films, or samples in diamond anvil cells. Recent technical developments also allow to break the diffraction limit, pushing the infrared lateral resolution towards the nanoscale. A panorama of those applications will be presented, and recent experiments on 2D electron systems at the beamline AILES of SOLEIL will be discussed.
Entrance formalities:
Free access in the auditorium of the Reception building.
If the manifestation takes place in the main building thank you for providing an ID card (to exchange at the reception for an access pass)
Contact: Sandrine Vasseur
Downloads
sem-190506-calvani.pdf (271.92 KB - pdf) (271.92 KB)