Tutorials

Step-by-step guides that walk you through the MQED-QD pipeline — from computing dyadic Green’s functions to visualising quantum-dynamics results.

The tutorials are designed to be followed in order, but each one ships with bundled example data under data/example/ so you can jump straight to any topic.

Green-function solver quick choice

Tutorial	Use when	Output layout
Dyadic Green’s Function via Sommerfeld Integrals	You need a two-layer planar interface.	separation indexed by horizontal distance Rx.
N-Layer Dyadic Green’s Function Workflow	You need a finite planar stack with several layers.	separation indexed by horizontal distance Rx.
Mie Green’s Function for Spherical Cavities	You need a sphere, spherical cavity, or core-shell sphere.	scan for fixed-source observer scans, or pair for emitter lists.

Contents

• Dyadic Green’s Function via Sommerfeld Integrals
• N-Layer Dyadic Green’s Function Workflow
• Mie Green’s Function for Spherical Cavities
• BEM Vacuum Calibration for Dipoles
• Reconstruct Dyadic Green’s Function from BEM
• Studying quantum emitters above a nanorod using BEM
• Field Enhancement
• Spectral Density \(J(\omega)\)
• Quantum Dynamics
• Plotting & Analysis