San Francisco (USA) / January 27, 2024 - February 01, 2024
SPIE Photonics West
Hall F - Booth #4517
Hall F - Booth #4517
Fraunhofer IPMS is excited to participate in the SPIE Photonics West event. This prestigious event brings together some of the most innovative minds and advanced technologies in the photonics industry. Our institute is honored to showcase our latest advancements in areas such as micro-optics, MEMS-based light modulators, and biophotonics.
Our team of experts will be available at the booth from 01/30 - 02/01/2024 to discuss our work, answer questions, and provide demonstrations.
We are looking forward to exchanging knowledge and insights with other thought leaders in the industry, and to learn about the latest trends and technologies that are shaping the field of photonics. Join us at this exciting event to discover how Fraunhofer IPMS is pushing the boundaries of photonics technology!
29 January 2024 • 08:40 AM - 09:00 AM PST
Novel reflective SLM in real holographic 3D HUD displays and their impact on quality - Peter Dürr
30 January 2024 • 10:40 AM - 11:10 AM PST
Characterization of MEMS piston mirror arrays with comb drive actuator (Invited Paper) - Sara Frances Gonzalez
30 January 2024 • 11:30 AM - 11:50 AM PST
Improved scanning mirror micro spectrometer for material recognition in recycling applications - Dr. Heinrich Grüger
31 January 2024 • 8:50 AM - 9:10 AM PST
Multi- and hyperspectral imaging of plants and their properties by means of highly integrated and MEMS based systems -Dr. Heinrich Grüger
1 February 2024 • 3:10 PM - 3:30 PM PST
Improving the biofunctional performance of silicon nitride photonic biosensors - Dr. Florenta A. Costache
Place and bend assembly: towards production of substrates in high volume technologies - Dr. Heinrich Grüger
MEMS on PIC: a cross-platform approach to combine ultra-low power MEMS-modulators with photonic integrated circuit - Dr. Jan Grahmann
Vectorial micro scanning mirror for fast beam positioning of a compact medical therapy laser - Dr. Thilo Sandner
Design of an epi fluorescence microscope with multiplex CARS for marker free analysis - Dr. Heinrich Grüger