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We believe great ideas deserve the right tools. That's why we built EMode Photonix, to give researchers and engineers the software they need to design and test new photonics technologies faster. We focus on delivering powerful simulation tools that feel like a natural part of your workflow, so you can spend less time on technical hurdles and more time on breakthrough discoveries.

Our Applications

Nonlinear Frequency Conversion

Model phase-matching for efficient optical frequency mixing.

Quantum Photonics

Model single-photon waveguide propagation, loss, and nonlinear interactions.

Ring Resonators

Ring Resonators

Accurately predict quality factors and simulate modes for optimal performance.

Arrayed Waveguide Gratings (AWGs)

Arrayed Waveguide Gratings (AWGs)

Model precise wavelength division multiplexing for optical networks.

Innovation in Action

Advanced simulation tools from EMode Photonix transform photonics concepts into tangible innovations. Leveraging sophisticated 3D simulations, robust meshing, and precise modeling, our platform accelerates the design and development of groundbreaking photonic technologies.

Whether you're exploring nonlinear frequency conversion or designing quantum photonic circuits, our platform accelerates your design process and transforms ideas into breakthrough solutions.

Top Features

Advanced 3D Simulations

Advanced 3D Simulations

EME solver with accurate scattering loss for detailed 3D analysis.

Flexible Waveguide Modeling

Flexible Waveguide Modeling

Construct waveguides with fabrication-realistic geometries and materials.

Powerful Scripting Control

Powerful Scripting Control

Automate complex designs with a user-friendly scripting interface.

Accurate Scattering Losses

A novel 3D tool to reliably predict interfacial scattering loss.

Selected Publications

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E. J. Stanton et al., Sci. Rep. (2024).

Continuous-wave second-harmonic generation in the far-UVC pumped by a blue laser diode

Compact far-UVC laser generated via efficient second-harmonic generation in a waveguide, using a blue laser diode pump.

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M. L. Madsen et al., JOSA B (2023).

Mid-infrared difference-frequency generation in AlGaAs-on-insulator waveguides

AlGaAs waveguide design enables efficient mid-infrared generation via difference-frequency mixing, suitable for compact gas sensing applications.

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E. Z. Ulsig et al., Front. Photonics (2022).

Efficient Low Threshold Frequency Conversion in AlGaAs-On-Insulator Waveguides

Waveguide design achieves efficient single-photon frequency conversion to telecom C-band for integrated quantum photonics.

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N. Nader et al., Optica (2025).

Heterogeneous tantala photonic integrated circuits for sub-micron wavelength applications

Heterogeneous tantala photonic circuits enable compact, on-chip lasers and amplifiers for sub-micron quantum sensing applications.

Testimonial

"EMode Photonix is essential for our photonics teaching and research at Aarhus University. Students gain hands-on experience with realistic waveguide simulations, supporting advanced design work at all levels, including classroom exercises and thesis projects."

- Dr. Nicolas Volet, Associate Professor at Aarhus University

Ready To Get Started?

Take your photonics design to the next level with EMode Photonix.

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