Faculty Members of the MPSP

Research Field: Optical Systems, Computational Optics, EUV-Technology

Research Field: Theoretische Physik Quantum dynamics and control

Research field: Photonics for optical high-precision and quantum metrology

Research Topic: Nanolayer sources of entangled photons

Research Fields: Advanced Imaging, Ultrafast Physics, Strongfield Physics, Laser-Driven Particle Acceleration

Research Fields: Fiber Optics, Quantum Optics, Nonlinear Optics

Research Field: Theory of non-Hermitian topological phenomena
Research Topics: Non-Hermiticity, topological phases of matter, optics

Research Fields: Nanophotonics, Quantum Optics, Nonlinear Optics Research Abstract: Our group is doing theory at the intersection between nanophysics and quantum optics. In particular, these days a heavy focus is on the application of machine learning to physics in these domains

Research Topic: Theory of Quantum Optomechanics

Research Topic: Fiber Optic Sensor Networks.

Research Topic: Far-Field Optical Imaging at Molecular Resolution

Research Fields: Multiscale bioimaging, 3D fluorescence microscopy, Fast and gentle light sheet microscopy

Research Topic: Ultrafast magnetic imaging using high-harmonic radiation

Research Fields: Advanced Imaging, Biophotonics, Nanophotonics

Research Topic: Curved x-ray waveguides and resonators: x-ray optic on a chip.

Research Topic: Ultrafast Laser Physics, Attosecond Science and High-Gradient Accelerators

Research Topic: Theory of ultrafast nonlinear x-ray processes of many-body systems

Research Field: Biophotonics
Research Topics: Cellular imaging and manipulation using lasers, biomedical imaging, optogenetics, nonlinear optics

Research Field: Quantum optics, interferometric gravitational wave detection
Research Topic: Non-classical light, quantum noise cancellation techniques

Research Fields: Integrated quantum photonics and quantum networks

Research Topic: Theoretical strong-field quantum dynamics

Research Field: Ultrafast Lasers, Strong Field Laser Physics, Computational Photonics

Research Field: Applied Optics and Photonics
Research Topics: Micro- and Nanooptics, Integrated Photonics and Analytics, Biomedical Optics

Additional e-mail address:
birgit.stiller@mpl.mpg.de

Research Fields: Nonlinear Optics, Quantum Optics, Fiber Optics, Integrated Photonics
Research Topics: Light-sound interactions, photonic neuromorphic computing, quantum technologies

Research Fields: Fiber Optics, Nanophotonics, Quantum Optics, Nonlinear Optics
Research Abstract: Integration of 2D-Materials in Nanophotonics and Quantum Optical Systems, Wave Simulation using Quantum Algorithms, creation of nanophotonic components and devices

Research Topic: Theoretical strong-field physics, High-order harmonic generation, Attosecond physics and spectroscopy, Ultrafast light–matter interaction, Quantum optics in intense laser fields, Nonclassical states of light

Research Fields: Modern optical microscopy for biomedical research, Research and implementation of super-resolved fluorescence microscopy through linear and non-linear structured illumination (SIM) and localization microscopy (dSTORM, DNA-PAINT), Hyper-spectral Raman-imaging for combined spatial and spectral information in medical research, Affordable microscopes based on 3D-printig and smartphones for education and research, Advanced image processing in microscopy, Solving inverse problems in microscopy (e.g. image deconvolution and 3D-reconstruction)

Research Fields: High-power laser development, Novel schemes for particle accelerators
Research Topic: Multi-color probing of ultra-fast phenomena

Research Focus: laser physics, laser technology, fiber optics, laser applications, ultrashort laser pulses, secondary sources including Xray, XUV, mid-IR and THz radiation

Research Topic: Spin-orbit photonics in inhomogeneous anisotropic media

Research Fields: Advanced Imaging, Ultrafast Physics, Quantum Optics, Strongfield Physics, X-Ray Science, Nonlinear Optics

Research Fields: Nanophotonics, Quantum Optics, Nonlinear Optics

Picture: A. Günther-Mitsching, FSU Jena

Research Fields: Photonic Quantum Technology, Quantum Networks, Quantum Communication and Information Processing, Quantum Sensing and Imaging

Research Topic: Quantum Source Development and Application.

Research Fields: Biophotonics, Quantum Optics

Research Topic: Silicon photonics and 3D integration for ultra-fast signal processing

Research Topic: Printed Perovskite Single Photon Devices

Research Focus: Nanophotonics in a wide spectral range spanning from EUV to MWIR parts of the spectrum. Applications of nanophotonics to bioimaging, holography, complex light beam generation, and sustainable technologies

Research Focus: Theory of Engineered Quantum Systems

Research Topic: Theoretical and Numerical Nanooptics.

Research Fields: Advanced Imaging, Ultrafast Physics, Nanophotonics, Photonic Production and System Design

Research Fields: Quantum simulation, Ultracold atoms, Topology, Hubbard models, Lattice gauge theories

Research Fields: Laser Source Development, Strongfield Physics, Laser-Driven Particle Acceleration, X-Ray Science

Ultrafast Physics, Laser Source Development, Nanophotonics, Strongfield Physics, X-Ray Science, Nonlinear Optics Research Topic: Attosecond imaging and spectroscopy of light-induced dynamics in molecules and nanostructures

Research Topic: Ultrafast laser physics and spectroscopy

Research Topic: hybrid quantum photonic devices

Research Fields: Quantum Optics, Photonic Production and System Design, Nonlinear Optics

Research Fields: Nanophotonics, Quantum Optics, Nonlinear Optics

Research Focus: Quantum information theory, foundations of quantum mechanics

Research Focus: Quantum metrology, with a focus on quantum optics, quantum imaging, opto-mechanical systems, and small gravitational effects; quantum information theory