High-harmonic spectroscopy of different symmetry-breaking in solids
Gopal Dixit
Indian Institute of Technology Bombay, India
dixit@mbi-berlin.de
All kinds of symmetries are present in nature. The same is true for one of the main building blocks of nature, namely solids, which exhibit different symmetries such as translation, reflection, inversion, chiral, etc. High-harmonic generation (HHG) from solids becomes a method of choice to probe solids' static and dynamic properties. In this direction, it is interesting to interrogate how different symmetries in solids and their breaking affect HHG. This talk will discuss how different symmetries-breaking manifest in the high-harmonic spectrum from solids and how the underlying electron dynamic is modifying. I will present few examples in this direction.
Indian Institute of Technology Bombay, India
dixit@mbi-berlin.de
All kinds of symmetries are present in nature. The same is true for one of the main building blocks of nature, namely solids, which exhibit different symmetries such as translation, reflection, inversion, chiral, etc. High-harmonic generation (HHG) from solids becomes a method of choice to probe solids' static and dynamic properties. In this direction, it is interesting to interrogate how different symmetries in solids and their breaking affect HHG. This talk will discuss how different symmetries-breaking manifest in the high-harmonic spectrum from solids and how the underlying electron dynamic is modifying. I will present few examples in this direction.
