Optimization of 9xx broad area laser bars for power and efficiency, based on investigations of their limiting mechanisms
Boni Anisuzzaman
Ferdinand-Braun-Institut
Institutskolloquien 2020
Lateral-longitudinal layout optimization of GaAs-based laser diodes by means of numerical simulations
Jan-Philipp Koester
Ferdinand-Braun-Institut Berlin
Current status of the process development of lateral and vertical β-Ga2O3 power transistors at FBH
Kornelius Tetzner
Ferdinand-Braun-Institut Berlin
AlN base layers for UV LEDs
Sebastian Walde
Ferdinand-Braun-Institut Berlin
Start Photonics Quantum Technologies Up
Q.ant GmbH, Stuttgart
High Duty Cycle, High Repetition Rate High Brightness Diode Laser Pulsed-Pump-Sources
Ferdinand-Braun-Institut Berlin
Integrated Thermal Silica Micro-Resonator Waveguide System
Ferdinand-Braun-Institut Berlin
Millimeterwellen‐Radarsysteme bei Windkraftvorhaben: Rotorblattüberwachung und Artenschutz
Physikalisches Institut, Goethe‐Universität Frankfurt am Main
OCT, microscopy and spectroscopy with undetected mid-IR photons
Humboldt-Universität zu Berlin
Efficient Solid State RF Power Sources for Particle Accelerators
Uppsala University
Additive micromanufacturing of metal microstructures
Dr. Wabe Koelmans
Exaddon AG, Schweiz
Nichia – LED and Laser activities
Hisashi Ogawa und Tetsushi Takano
NICHIA Chemical Europe GmbH
Integrated Millimeter-Wave Systems for Radar, Communication and Biomedical Applications
Prof. Dr.-Ing. Vadim Issakov
Otto-von-Guericke Universität Magdeburg
Advanced III-Nitride Technology for mm-Wave applications
Anna Malmros
Chalmers Universität, Schweden
Oxide-confined VCSELs for data transmission and high power applications
Philip Moser
Institut für Festkörperphysik, TU Berlin
Broad-area semiconductor lasers with asymmetric cavities
Dr. Stefan Bittner
CentraleSupélec, Chaire Photonique, Metz
Room-temperature terahertz quantum cascade laser sources based on intra-cavity difference frequency generation
Prof. Mikhail Belkin
Walter Schottky Institute and ECE Department, TU München
PhoenixD and the virtual lab: Modelling femtosecond nonlinear light-matter interaction
Prof. Dr. Uwe Morgner
Institut für Quantenoptik, Leibniz Universität Hannover
