This paper describes the automatic wavefront correction of a femtosecond laser using a
genetic algorithm (GA). Because the femtosecond laser system can generate high power …

This paper describes an automatic multi-objective adjustment system for optical axes using
genetic algorithms. It is difficult for conventional systems to automatically adjust optical axes …

This chapter describes evolvable optical systems and their applications developed at the
National Institute of Advanced Industrial Science and Technology (AIST) in Japan. Five …

For laser systems, the adjustment of the optical axes is crucial. However, it is difficult for
conventional methods to adjust the optical axes because they require high-precision …

The ultra-high precision spectroscopy of highly charged ions (HCI) paves way for a new
atomic clock standard. To match the larger transition energies in HCI, a near-infrared (NIR) …

The adjustment of optical axes is crucial for laser systems. We have previously proposed an
automatic adjustment method using genetic algorithms to adjust the optical axes. However …

We have proposed an automatic adjustment method using genetic algorithms (GA) to adjust
the optical axes in laser systems. However, there are still two tasks that need to be solved:(1) …