Testimonials

It is one of the most WONDERFUL workshops I have ever attended ! Well-prepared hands-on sessions after lectures on experimental and theoretical basics and some invited talks on applications of pulse shaping are very much effective for customers to learn MIIPS pulse-shaping technology and to consider future scientific/technological applications. Actually I learned a lot from the workshop !!

This is one of the best workshops I have attended on pulse measurements and pulse shaping. The structure of the workshop encourages stimulating discussions among the attendees which generally guide people to think new ways to look at their ultrafast research programs resulting in new research projects. I strongly believe that this workshop is better than most of the short courses I have attended on ultrafast measurement in various CLEO conferences. I plan to attend this conference for the years to come.

As an SLM manufacturer, I appreciate the opportunity to talk directly with researchers and engineers, many of whom use our devices daily, and have great suggestions for product enhancements, as well as next-gen features. The atmosphere is the ideal mix of discovery, practice, and collegial socializing. This workshop is one of the few don't-miss events that I have on my calendar.

The amount and diversity of the running laser + shaper combinations ranging from amplified systems to commercial laser systems with pulses below 5 fs was really amazing. It is probably unsurpassed by any other workshop I attended so far!

"The femtoJock technology fits within NRL's current research programs. It is in use at the Naval Research Laboratory."

"MIIPS is excellent, a quick and easy way to monitor and modify the pulse shape. It is the best product in the market now and the price is reasonable.”

"To be able to characterize and shape the femtosecond laser pulses with such an ease is revolutionary. In particular, the robustness and simplicity of the design are amazing. I think MIIPS will have a real impact on how scientists will use the shaped femtosecond laser pulses to control the material processes in the future."