Guenter Steinmeyer

Prof. Guenter Steinmeyer is a leading academic in ultrafast optics and nonlinear optics, serving as Department Head of C2 'Solid State Light Sources' at the Max Born Institute in Berlin. He also held a Full Professorship at Humboldt Universität zu Berlin (2017). His research focuses on ultrafast laser physics, femtosecond pulse characterization, carrier-envelope phase stabilization, and optical filamentation. Notable contributions include the patented feed-forward technique for CEP stabilization, now commercially used in lasers.

His career includes roles as a Senior Staff Scientist at the Max Born Institute (2002-present), Finland Distinguished Professor (2008-2013), and postdoctoral research at MIT (1995-1997). He earned his PhD in Physics (1995) and Habilitation (2002) from Hannover University.

Steinmeyer's research explores cutting-edge topics like rogue wave dynamics in multifilament systems, quantum noise limits in CEP measurements, and plasmonic nanolithography. He holds prestigious fellowships from APS, OSA, and URSI, and has served on editorial boards for Physical Review A and Optics Letters.

Current projects investigate nonlinear pulse propagation, acoustic gigawatt laser deflection, and parametric combs with quantum-limited phase noise. His work bridges fundamental physics with technological applications in ultrafast laser systems.