Join me for a seminar at IIT Delhi on 26.11.2020 at 14:00. More info on how to join here.
Q & A and Virtual coffee Break
Join me for a virtual Coffee Break and Q&A and Research Exchange at 17:00. More info on how to join here.
Congratulations to Anchit for becoming a board member of the hBar Omega OSA student chapter.
We welcome Soyeon Jun, who has just joined us as a Research Associate. She is investigating novel efficient approaches for mid-infrared pulse generation.
We welcome Mehran Bahri, who has just joined us as a Master candidate. He is going to focus on the Yb:YAG pumped optical parametric oscillators.
Online tutorial on label-free spectroscopy
I am giving a tutorial on label-free spectroscopy on 21.10.2020 at 11:00 in IMPRS annual meeting and MPL Autumn Academy. More information can be found here. Please drop me an email, if you are not part of the program and you would like to attend the tutorial.
Congratulations to Dr. Haochuan Wang for his successful PhD defense on:
"High-Energy and High-Power Multi_Octave Pulse Generation". Dr Wang! It was a great pleasure to work with you!
Lecture on fundamental of photonics
I am giving a lecture on Experimental Physics 3 at MAOT on Wednesdays at 11-12. Link to lecture videos is here.
We welcome Sadegh, our new member that has just joined us. Sadegh is focusing on photonics time stretch.
Join me for a pannel discussion at 11:30 on Photonics Day! More information here.
Watch my interview on Photonics Day!
Watch my interview for Photonics Day here. I talk about my research and difficulties in academia
Globalization in Crisis
Watch and read about my contribution to the panel discussion "Globalization in Crisis: Brain Gain or Brain Drain?" here.
Max Planck Schools day
Join me for a panel discussion at 14:15 on Max Planck Schools day! In the panel "Globalization in Crisis: Brain Gain or Brain Drain?" is discussed. For registration visit here.
Online lecture at Max Planck School of Photonics
I am giving a talk in the lecture series of Max Planck School of Photonics on laser spectroscopy in attosecond and femtosecond time scale. For registration visit here.
Invited speaker in "Soft matter meets ultrafast spectroscopy" workshop
I am talking about our recent results on near-infrared field resolved spectroscopy in an all online "soft matter meets ultrafast spectroscopy" workshop on 1.9.2020. For registration visit here.
Invited Lecture in 'All-Stars' Siegman school
I am participating as an invited lecturer and panelist in this year's "All-Stars" all-online edition of Siegman school on laser.
We welcome Andreas, our new member that has just joined us. Andreas is focusing on high-resolution field-imaging.
Congratulation to Mahdi for the successful application on "Förderung für ausländische Studierende" scholarship of Friedrich–Alexander University Erlangen–Nürnberg.
Invited Colloquium in Stuttgart
I am giving an invited talk on "towards spectro-microscopy at extreme limits" in Stuttgart physics colloquium.
I am giving an invited talk on "sub-cycle pulse generation: from petahertz to terahertz" in Photonics North 2020 on the 28th of May. The talk is online and participation in the conference is free of charge.
We welcome Max, who has just joined us as a Bachelor candidate. He is going to focus on the characterization of short laser pulses.
I am giving a lecture on Laser Spectroscopy in the DPG spring annual meeting taking place in Hannover on 8th of March at 18:00. CANCELED DUE TO CORONA CRISIS.
Andreas Herbst's talk:
The talk takes place at 4 pm at MPL.
Experimental Implementation of Ultrafast Probe-Probe Correlation Spectroscopy
Probe-Probe Correlation Spectroscopy is a concept in spin noise spectroscopy, where the information about the sample system is extracted from the correlation between two probe pulses. It can be demonstrated, that such a system can be implemented and that the sample system of Samarium-Erbium-Orthoferrite (SmErFeO³) shows a response around the spatial and temporal overlap of the pulses stemming from the unique magnetic behaviour of the material. Furthermore, it can be shown, that this response depends on the temperature of the sample as well as on the optical power of the probe pulses. The basic working principle of this probe-probe correlation setup, as well as the first results from testing it with the orthoferrite sample, will be discussed in this talk.