11 Discovering Equations using Machine Learning

DLS with Tracy Northup: Levitated nanoparticles: a route to the quantum regime

DLS Isabelle Staude: Tailoring light fields with active semiconductor metasurfaces

International Day of Light: “Ultra-fast control of electrons with light”

International Day of Light: “Synaesthesia – when sound and color interact”

International Day of Light: "Solar lasers – highly energetic and sustainably produced”

DLS Mercedeh Khajavikhan: Guiding Trojan Beams Using Lagrange Points

DLS Yiwen Chu: The quantum world of massive mechanical objects

Get to know our IMPRS Physics of Light!

DLS Claudia Felder: Chirality and Topology

DLS Shanhui Fan: Synthetic frequency dimensions: from topological physics to optical computation

DLS Amir H. Safavi-Naeini: Integrated Quantum Optical Circuits in Thin Film Lithium Niobate

DLS Douglas Stone: Time-reversing a Laser: What it means and Why it's Important

Fighting quantum noise at the Max Planck Institute for the Science of Light

DLS Cornelia Denz: Complexity by light - from topologies to light driven swarming

DLS Petra Schwille: Life as a matter of function

DLS Rainer Blatt: The Quantum Way of Doing Computations, Simulations and Measurements

Wie Zebrafische ihr Rückenmark regenerieren

DLS Joyce Poon: Sillicon integrated photonics for future "computing"

DLS Steven M Girvin: Programmable Quantum Simulation of Correlated Bosons and Lattice Gauge Theories

DLS Aydogan Ozcan: Diffractive Optical Networks & Computational Imaging Without a Computer

Künstliche Intelligenz und Physik

11 Discovering Equations using Machine Learning

10 The Role of Higher-level Knowledge in Discovery Problems: Programs and Hierarchical Bayes

03 From chips to qubits faster than human experts