
The Series brings leading minds in all areas relevant to the science of light to Erlangen. It presents the unique opportunity for scientific exchange with the speakers to a broad audience.
The topics range from ultrafast measurements over a blueprint for a quantum internet to frequency combs for extremely large telescopes. A talk of Nobel laureate Donna Strickland is planed for 1 February 2022.
All lectures will start at 15.00 CET and will be transmitted via stream. If you would like to attend, please register here for our DLS newsletter. You will then receive the link for the zoom conference by e-mail shortly before the presentation.
If you missed a lecture, have a look at our Youtube channel: If we have the speaker's consent for publishing, you can find the lecture's recording on the DLS Youtube playlist.
Towards a blueprint for a quantum internet
Integrated Quantum Optics
Laser Frequency Combs and Molecular Spectroscopy
Acoustic and optical forces for the micro-manipulation of biomedical samples
Nanophotonics - novel phenomena, novel devices, novel applications
Frequency Comb Development for the Extremely Large Telescope
From nonlinear optics to high-intensity laser physics
Past lectures:
Ultrafast Measurements and Extreme Events in Nonlinear Fibre Optics
Translational biophotonics – from ideas to instruments
Photonic Chip based Frequency Combs
Quantum mechanics in the negative mass reference frame
Programming Complexity: Large-Scale Photonics for Quantum Information and Machine Learning
Graphene Terahertz Photonics
Scalable photonics: an optimized approach
Biophysics of protein aggregation
Flat Optics based on Metasurfaces
Evolutionary Photonics: natural designs for manipulating the flow of light and colour
Learning, neural networks and optics
Many-body optical excitations in solid-state systems
Spatio-temporal Optical Vortices
Solid-State Quantum Emitters: Old Friends & New
How to shrink Accelerators and Light Sources?
Ripples from the Dark Side of the Universe
Topological Photonics and Topological Insulator Lasers
Simulating Condensed Matter Physics with Light
Optical Frequency Combs: Generation and Dual-Comb Applications
The Riemann Zeta Function and Quantum Mechanics
Magnetism in Quantum Gases
Quantum effects in the motion of surprisingly large objects
Quantum Internet: Vision or Fiction?
Bose-Einstein Condensation of Light
Sensing and biosensing enabled by silicon photonics: opportunities and challenges
Subcycle quantum physics
Parity Violation in Chiral Molecules: From Theory towards Spectroscopic Experiment and Evolution of Biomolecular Homochirality
Watching and sensing single molecules by confining light to the atom scale
Contactless photon-photon interactions
3D Printing of Complex Microoptics – Merging with Plasmonic Nanooptics
Microresonator-Based Combs and Random Number Generators
Polariton condensates: interactions and superfluidity
Trends and innovations in the digital energy world
Laser spectroscopy applied to environmental and ecological research
Applications of Laser Spectroscopy to Meet Challenges in Medicine
Atom interferometers measuring the fine structure constant and probing the dark sector
Quantum optics and quantum information with trapped ions
Quantum simulations with atoms in nano-structures
Probing physics at TeV by measuring aeV
Semiconductor devices for quantum technologies
Topological Phases of Sound and Light
From electric quantum walks to the quest for exactly two interacting quantum atoms
Quantum Imaging and the Role of Information
Quantum Optics with Cold Atoms
Superfluid Fermi gases
Quantum microwave photonics
The quantum way of doing computations
Juggling with photons and raising Schrödinger cats of light in a cavity
Spin Hall Effect for Electrons and Photons
From Extreme Nonlinear Optics to Ultrafast Atomic Physics
Quantum cascade lasers comb spectrometers
Fiber-Laser Driven Accelerators and the path to Attosecond X-ray Lasers
Nanophotonics: gauge field for photons and control of heat
Quantum optics with excitons in semiconductors
Atomic and Molecular Processes in Strong Fields at the LCLS X-ray Laser
Rydberg blockade for manipulating atomic and photonic qubits
Green Photonics – optical solutions for the future
Attosecond Photonics: What we learn by transforming many photons into one
Coherent Back Scattering and Anderson Localization of Ultra Cold Atoms
Controlling and Exploring Quantum Matter
Plasmonics: From quantum effects to fano interference and light harvesting
Femtosecond Optics: More Than Just Really Fast
Dressing Molecules and Materials with the Vacuum Field
Exploring new frontiers of quantum optical science
Magneto-optics of quantum systems and nano-imaging
Classical radiation theory and Planck's constant
Controlling spontaneous emission with surface waves
Contact
Lisa Spann
PA Head of Administration
Phone: +49(0) 9131 7133 801
Email: lisa.spann@mpl.mpg.de
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Current issue: Newsletter No 16 - February 2021
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