Christoph Lange

THz Spectroscopy Group of Christoph Lange at the @TU_Dortmund.

[Christoph Lange @LangeTHzGroup]

Dressing Landau electrons with a vacuum field 𝘢𝘯𝘥 with a strong coherent field at the same time gives rises to nonlinear inter-polariton correlations beyond the normal-mode approximation of ultrastrong coupling. Check out our @PhysRevLett:
https://t.co/V30uqoS13g

[Christoph Lange @LangeTHzGroup]

Our results on lightwave tomography of electronic bands in quantum materials with super-resolution have just been published in @ScienceMagazine:
https://t.co/cKDixJcMEL

[Christoph Lange @LangeTHzGroup]

Just out in @NaturePhotonics: Quantitative, ultrafast sampling of electromagnetic waveforms on atomic length scales achieved by the Huber group!
https://t.co/vM2vQY3Tog

[Christoph Lange @LangeTHzGroup]

Our recent publication in @NaturePhotonics is featured on the cover of the November 2020 issue: https://t.co/igYW4TVJsR

[Christoph Lange @LangeTHzGroup]

@CristianoCiuti Congratulations, Cristiano!

[Christoph Lange @LangeTHzGroup]

Controlling structural dynamics of a single molecule by sub-atomic force stimuli faster than a cycle of light, enabling future real-space reaction microscopy on the shortest relevant scales! Pioneering results by the Huber and Repp groups, @uni_regensburg:
https://t.co/c02ybTawhh

[Christoph Lange @LangeTHzGroup]

Our measurements of a novel saturable absorber structure based on ultrastrong light-matter coupling may enable self-starting, modelocked QCLs emitting few-cycle pulses. The results have just been published in @NatureComms: https://t.co/4tKkunnDWk

[Christoph Lange @LangeTHzGroup]

I was recently appointed professor at TU Dortmund University. My group will pursue high-field THz experiments based on custom-cut, cutting-edge femtosecond technology. Multiple PhD and postdoc positions are open. Contact me at [email protected].

[Christoph Lange @LangeTHzGroup]

Our research teams from @Uni_Regensburg, @TU_Dortmund and @MPQlab have explored how deep-strong coupling of electrons to THz light fields can be interrupted non-adiabatically on extremely subcycle time scales. Check out our article in @NaturePhotonics:
https://t.co/E6ZwaFiy9R