Welcome to the High-Intensity Laser Lab at the HUJI!
High Intensity Laser Group
Interaction of a high-power laser (over 1012 watts) and a short pulse (<100fs) with matter is characterized by a variety of unique phenomena which combine plasma physics, highly non-linear effects and thermodynamic non-equilibrium phenomena.
The high-power laser group at the Racah Institute of Physics includes an experimental group led by Prof. Arie Zigler and a theoretical group led by Dr. Mordechai Botton-Dascal.
The group deals with four main topics:
1. Research on issues related to laser induced nuclear fusion. In particular achieving neutron-free nuclear fusion through interaction of powerful high intensity laser with proton and boron 11 targets.
2. Mechanisms for laser ignition of highly compressed laser fusion targets containing hydrogen isotopes (fast ignition)
3. Guiding a laser beam to great distances and creating plasma channels for lightning control.
4. Plasma optics for Laser and Beam Wakefield (LWFA and PWFA) electron accelerators
Our work encompasses a broad spectrum of experiments and simulations, ranging from ion acceleration and laser-plasma interactions to innovative studies in capillary discharges and laser filaments in air.
We also explore the realms of advanced laser-driven proton-boron fusion concepts.
Complementing our experimental endeavors, we conduct sophisticated numerical simulations to further advance our understanding of these complex phenomena.
The four topics are at the forefront of knowledge and have recently received a lot of publicity in the world press.
Our group develops innovative ideas in the above fields, represents a dynamic intersection of theoretical exploration and practical application, contributing significantly to the field of ultrafast laser physics and its potential future applications.
We are looking for highly motivated MSc, PhD students and Postdoctrates to join our lab!
For more information contact Prof. Arie Zigler : azigler@mail.huji.ac.il , or Mordechai Botton-Dascal: bdmoti@mail.huji.ac.il .