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The Foundation of Computational Optics and Photonics

April 28, 2022
11 AM EDT / 4 PM BST / 8:30 PM IST


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About this Webinar

The simulation of optical and photonic devices and systems requires many solvers to cover multiple length scales and physical effects. Simulations can model nano-scale devices, such as image sensor pixels, multi-quantum well lasers, micro-LED emitters, and macroscale systems, such as augmented reality displays and full automobile scenes with multiple light sources and camera sensors. Furthermore, system modeling may, and increasingly will, involve combining simulations from numerous scales. For example, the analysis of a smartphone display requires the simulation of individual pixels and the simulation of an entire scene with different sources of ambient light to perform human vision analysis. This talk will review various methods of simulating electromagnetics for optics, from ray tracers to full-wave electromagnetic solvers and specialty solvers for periodic and planar systems. In addition, we will discuss the simulation of quantum and electro-optical effects for light absorption, emission, modulation, and amplification. Finally, we will discuss solvers for integrated photonic circuits for classical and quantum applications. You'll come away with an understanding of the multiphysics and multiscale nature of optics and photonics, the simulation challenges this creates, and the breadth of solvers available at Ansys to overcome these challenges.

What Attendees Will Learn

  • The basics of ray tracing, including sequential and non-sequential methods, surface and volume scattering models, and temperature and stress-dependent effects     
  • Watch full-wave time and frequency domain electromagnetic solvers for optics and photonics 
  • See details of fast specialty solvers for fibers, waveguides as well as periodic and planar devices     
  • Charge and heat transport solvers for photonics    
  • How to simulate photon generation and absorption
  • Learn which solvers are needed for simulating lasers and semiconductor optical amplifiers     
  • See which solvers are available for photonic integrated circuits and systems    
  • How to simulate quantum photonic effects

Who should attend

Current HFSS users, novices to EM simulation, and any users of other EM solvers are all welcome to attend.


James Pond

Dr. James Pond was a co-founder and CTO of Lumerical and was a driving force behind the company’s core software algorithms, technology, and advanced photonic modeling capabilities. He has more than two decades of experience in optical and photonic simulation, and is the author of numerous papers, patents and conference presentations. Currently he is a Distinguished Engineer at Ansys where he continues to work on the core photonic technology, in addition to integrating Lumerical products into the Ansys portfolio.