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Join Brian Pogue, MacLean Professor of Engineering at Dartmouth and Editor in Chief of the Journal of Biomedical Optics, for talks and discussion about some of the hottest technologies in biomedical optics in this webinar series.
This webcast presents an overview of photodiode technology and applications, concentrating on silicon devices but covering photodiodes of other materials such as indium gallium arsenide.
In this webinar, speaker Bob Householder, optics veteran and Key Account Manager at Zemax, will share how innovative companies today are using technology to transform manufacturability from optical design, to mechanical design and build, to manufacturer, in one seamless workflow.
In this webinar, TOPTICA will discuss the design and capabilities of their Optical Parametric Oscillators (OPO), and conduct a live spectroscopy demonstration.
Historically, optical design has taken the route of designing for best nominal performance first, followed by modifying the system to account for any imperfections in manufacturing to obtain the best possible yield. With OpticStudio's recent release of High Yield Optimization, the two-step process is handled simultaneously during optimization. During this presentation, weÕll see how this functionality is used in a real application and compare the usage of High Yield Optimization to the traditional design process.
In this webinar we will give an introduction into Photonic Integrated Circuits and discuss different material platforms. We will present our novel SiN platform for PICs, it's main functional building blocks and their performance, show effective ways for optical I/Os and a pathway to heterogeneous integration of active elements. Finally, we will discuss application examples in LiDAR, Sensing, Communications, Quantum Computing and RF-optical links in Metrology.
Do you have projects in free space optics communications (FSO) and want to improve them? Have you ever used adaptive optics?
OIDA completed a technology roadmap of quantum photonics earlier this year, to identify what is needed to commercialize quantum photonics technology. The target applications span quantum sensing to quantum communications and quantum computing.
Join Brian Pogue, MacLean Professor of Engineering at Dartmouth and Editor in Chief of the Journal of Biomedical Optics, for talks and discussion about some of the hottest technologies in biomedical optics in this webinar series.
Subsea Optical Fiber Communications 2020 Mini Dive is for PhD students, early-stage researchers, entrepreneurs, Bachelor's, and Master's students looking for a new field of opportunity in technology.
Three days of engaging virtual programming with multi-disciplinary courses covering subsea optical fiber communication. This is a great opportunity to learn more about the five-day summer school currently planned for February 2021 - Location and dates pending due to global travel restrictions.
Join Brian Pogue, MacLean Professor of Engineering at Dartmouth and Editor in Chief of the Journal of Biomedical Optics, for talks and discussion about some of the hottest technologies in biomedical optics in this webinar series.