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COMSOL Inc.

Map100 District Ave.
Burlington, MA 01803
United States
Phone: +1 781-273-3322
Fax: +1 781-273-6603
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Webinars

Simulating Nano-Optical Scattering EfficientlySimulating Nano-Optical Scattering EfficientlyThe clever design of optical scattering characteristics in nanostructures has become a fundamental building block for breakthrough devices in high-speed telecommunication, biosensors, solar cells,...
Thermal Modeling of Lasers in Manufacturing ProcessesThermal Modeling of Lasers in Manufacturing ProcessesFor the modeling of lasers in manufacturing processes, it is common to treat the laser as a spatially, or volumetrically, distributed heat source that moves and reorients over time. COMSOL...
Design and Optimization of Optical WaveguidesDesign and Optimization of Optical WaveguidesOptical waveguides are important building blocks for many optical devices and systems. Well-known applications range from basic optical fibers to more complex multiphysical components, such as...
STOP Analysis with COMSOL MultiphysicsSTOP Analysis with COMSOL Multiphysics®Optical systems often need to operate in harsh environments, including high altitudes, in space, and under water, where they are subjected to structural loads and extreme temperatures. Similarly,...
Exploring Plasmonics and Metamaterials with COMSOLExploring Plasmonics and Metamaterials with COMSOLPlasmonics, or the investigation and manipulation of electron oscillations along metal–dielectric interfaces, is an emerging technology with great innovation potential. Biophotonic sensing,...
Simulating Metamaterials with COMSOL MultiphysicsSimulating Metamaterials with COMSOL Multiphysics®Metamaterials and metasurfaces have received an increasing amount of interest in academia and industry over the past twenty years. This is because specifically designed metamaterials can control...
Ray Optics SimulationsRay Optics SimulationsLearn about optical ray tracing using the COMSOL Multiphysics® software and watch a live demo of the software. The demo shows how to create a fully parameterized geometry of a typical lens...
Thermal Modeling of Lasers in Manufacturing ProcessesThermal Modeling of Lasers in Manufacturing ProcessesFor the modeling of lasers in manufacturing processes, it is common to treat the laser as a spatially, or volumetrically, distributed heat source that moves and reorients over time. COMSOL...
Numerical Simulations of Optical Spectroscopy and Photonic DevicesNumerical Simulations of Optical Spectroscopy and Photonic DevicesAccelerating development of photonic devices and optical spectroscopy techniques, from the low-frequency RF/microwave regime to the high-frequency optical regime, have led to exciting and widespread...
Multiscale Modeling and Optimization in Photonic DevicesMultiscale Modeling and Optimization in Photonic DevicesTwo challenging problems of photonic device modeling are addressed in this talk: multiscale modeling and optimization. When it comes to modeling an optically large system with subwavelength features,...
Ray Optics SimulationsRay Optics SimulationsTune into this webinar to learn about optical ray tracing using the COMSOL Multiphysics® software. This presentation includes a live demo in the software. The demo shows how to create a fully...
Improving the Design of Optical Devices Through STOP AnalysesImproving the Design of Optical Devices Through STOP AnalysesThere is an ever-increasing interest in structural-thermal-optical performance (STOP) analysis for optical systems, in which temperature change and structural loads affect the optical performance....
Simulating Lens Systems with the Beam Envelope MethodSimulating Lens Systems with the Beam Envelope MethodSimulating a lens system by solving the Maxwell equations can be a complex task. The Beam Envelope interface of COMSOL Multiphysics® makes it possible and easier to perform the simulation. In...
Ray Optics SimulationsRay Optics SimulationsTune into this webinar to learn about optical ray tracing using the COMSOL Multiphysics® software. This presentation will include a live demo in the software, showing how to create a fully...
Waveguide Simulation with the Beam Envelope MethodWaveguide Simulation with the Beam Envelope MethodThe beam envelope method is an efficient numerical tool for solving nonlinear optics in long and slender structures, such as optical waveguides, laser rods, and more. This webinar will demonstrate...

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