Physorg March 9, 2018
By measuring the laser temporal intensity with sub-picosecond resolution, as well as its optical spectrum with sub-nanometer resolution simultaneously, an international team of researchers (Finland, France) retrieved the complete characteristics of the underlying electromagnetic field. The results provide a very convenient laboratory example of a dissipative soliton system which is a central concept in nonlinear science and relevant to studies in other fields, such as biology, medicine and possibly even social sciences… read more. TECHNICAL ARTICLEÂ
New ultrafast measurement technique shows how lasers start from chaos
Posted in Photonics.