Andrea Cavalleri

Abstract:

In this tutorial, we will discuss key advances in control and probing of atomic structures, of electronic and magnetic order and of transient band structures in strongly correlated electron systems. These dynamics are typically controlled with near and far infrared radiation and probed with ultrafast x-ray scattering, spectroscopy and with time and angle resolved photo-emission. © 2012 OSA.

Abstract:

In this tutorial, we will discuss key advances in control and probing of atomic structures, of electronic and magnetic order and of transient band structures in strongly correlated electron systems. These dynamics are typically controlled with near and far infrared radiation and probed with ultrafast x-ray scattering, spectroscopy and with time and angle resolved photo-emission. © 2012 OSA.

Abstract:

In this tutorial, we will discuss key advances in control and probing of atomic structures, of electronic and magnetic order and of transient band structures in strongly correlated electron systems. These dynamics are typically controlled with near and far infrared radiation and probed with ultrafast x-ray scattering, spectroscopy and with time and angle resolved photo-emission. © 2012 OSA.

Abstract:

Ultrafast mid-infrared and terahertz pulses open a new avenue to control complex solids by directly accessing their low-energy excitations. Here we discuss recent results in inducing and manipulating uperconductivity in cuprate compounds using strong fields. © OSA 2012.

Abstract:

XUV pulses produced through high harmonic generation can probe electron dynamics in complex solid materials and in gas-phase atoms and molecules. This is demonstrated in gas-phase and condensed matter experiments at the Artemis facility. © 2012 OSA.