Flexcompute seminar | Quantum Optics in Nanophotonic Structures

This seminar will explore cutting-edge research and simulation techniques for designing and understanding nanophotonic structures designed for coupling to quantum emitters and topologically protected modes. We will discuss robust and emitter chirality-dependent light transport in a topological photonic crystal and topology optimization of a quantum emitter light extractor into an integrated waveguide, showcasing how these phenomena can be harnessed for next-generation photonic devices using Tidy3D.

What you will learn:

How to model light-matter coupling in nanophotonic structures
The fundamentals and applications of topological photonics
Design workflows for integrating quantum and topological effects
Case studies using Tidy3D for advanced nanophotonics research

Who should attend:

Industry Professionals and Engineers - Learn how to streamline the design of photonic components and systems with advanced simulation workflows, reducing development time and cost.
Researchers and Academics - Gain knowledge of state-of-the-art tools and methods for simulating complex nanophotonic systems, which is ideal for driving discoveries and publications.
Graduate Students and Postdocs - Enhance your simulation expertise and build advanced skills to automate processes and accelerate data collection. Sharpen your research direction and build valuable skills for your careers.
Educators – Discover new ways to bring advanced photonics concepts into the classroom through accessible and intuitive simulations.

Quantum and Topological Optics in Nanophotonic Structures

Introduction

Speaker

Momchil Minkov

Fast, Morden Photonic Simulations