Director
Phone:
+49 711 685 65111
Head of Institute
Secretary
Secretary
Phone:
+49 711 685 65110
Director of Nanofabrication
Head of Cleanroom and Nanostructuring Facilities
Postdocs
Active and switchable metasurfaces
Large-area and single crystalline plasmonics
Phone:
+49 711 685 65106
Plasmonic superconducting single photon detector
Phone:
+49 711 685 64957
Optical parametric amplification and nonlinear spectroscopy
Phone:
+49 711 685 60515
Senior Lecturer
Phone:
+49 711 685 64963
Permanent Staff
PhD Students
SNOM of plasmonic skyrmions
Rapidly tunable mid-IR laser sources and laser spectroscopy
Phone:
+49 711 685 60519
Diode-pumped solid-state lasers
Phone:
+49 711 685 60518
Switchable plasmonic nanoantennas
Phone:
+49 711 685 64956
Nonlinear imaging
Phone:
+49 711 685 64960
Superconducting niobium nanowires for single photon detectors
Phone:
+49 711 685 60510
3D printed fiber optics for atomic optical trapping
Phone:
+49 711 685 64961
Topological plasmonics
Phone:
+49 711 685 65108
Large size 3D printed optics
Phone:
+49 711 685 65188
Ultrashort fiber-feedback OPOs
Phone:
+49 711 685 65877
3D-printed diffractive and holographic optics for fiber endoscopes
Phone:
+49 711 685 60517
Wavefront interferometry of 3D printed microoptics
Phone:
+49 711 685 64955
Master Students
Mie voids for quantum emitters
Phone:
+49 711 685 60842
Wavefront interferometry of 3D printed optics
Rapidly tunable narrow linewidth laser for spectroscopic applications
3D printed lenses for high power applications
Phone:
+49 711 685 69872
Mie void resonances
Bachelor Students
Trainees
3D printed microoptics
Endoscopic 3D printing
Active and switchable nanoplasmonics
Phone:
+49 711 685 64964
Guests
Mercator Fellow of DFG GRK2642 (Photonic Quantum Engineers)
Mercator Fellow of SPP1839 (Tailored Disorder)
Professor for Theoretical Nanophysics at the University of Graz
Former Members
Hybrid plasmonic nonlinearities
Ultrashort pulse generation in fiber-feedback optical parametric oscillators
Theory and numerical methods for hybrid plasmonic and quantum systems
Optical trapping
Coupling of quantum emitters to plasmonic nanostructures
Light-matter interaction in curved microcavities
Ultrafast spectroscopy on correlated materials
Guest Researcher from University of Illinois Urbana-Champaign
Theory of non-linear plasmonics
Topological plasmonics
Stimulated Raman scattering microscopy
Electrically switchable plasmonics
3D printed microoptics
Growth of single crystalline atomically flat gold flakes
Tunable narrowband lasers
Nonlinear plasmonics with disordered structures
Optical parametric oscillators
Machine learning for optimized simulations
Femtosecond fiber-based two-photon 3D printing
3D printed microoptics for quantum emitters
Leader of the Max Planck Research Group "Ultrafast Solid State Spectroscopy"
Mie void sensing
Phase transition materials
Optical control of intercalated superconductors
Plasmonic SNOM
Nonlinear plasmonics
Mid-infrared trace gas spectroscopy
Active and switchable metasurfaces
Ultrafast solid-state lasers and near-field optical microscopy
Gel electrolytes for active plasmonics
Active and switchable nanoplasmonics
Plasmonics on single crystalline gold platelets
Growth of single crystalline atomically flat gold flakes
Optical skyrmions
Fiber coupling for optical trapping
Gel electrolytes for active plasmonics
Optical parametric amplifier for the near IR
Excitonic Rydberg spectroscopy
Optical parametric amplification
Mie void resonances
Endoscopic optical coherence tomography
Glucose sensing
Optical and plasmonic gas sensing
THz Higgs spectroscopy
Rydberg excitons
Active plasmonics
Complex microoptics by 3D printing
PNIPAAM print optics
Guest Researcher from University of Bozen
Single photon detection
Photoacoustic spectroscopy
3D printed microoptics
Nonlinear plasmonics
Surface enhanced infrared spectroscopy
Ultrafast optical spectroscopy of novel quantum materials
Theory of light-matter interaction in resonators and waveguides
Chemical reaction sensing with plasmonic materials
Plasmonics on single crystalline gold platelets
Mie voids
Guest Researcher from Australian National University
Theory of disordered photonic crystal fibers
Advanced lithography methods and hydrogen sensing
Stimulated Raman scattering microscopy
Ultrashort laser pulses
New materials for 3D printing
Stimulated Raman scattering microscopy
Imaging of short-range skyrmions using s-SNOM
Rydberg excitons
Contact
Harald Giessen
Prof. Dr.Director
Christine von Rekowski
Dr.Secretary