Our paper titled "Potential-based time domain integral equations free from interior resonances" was accepted for publication in the IEEE Journal on Multiscale and Multiphysics Computational Techniques.

This paper presents three new time domain integral equation formulations that can stably analyze deeply multiscale conducting geometries that contain both extremely subwavelength and resonant sized features. These kind of geometries are particularly prevalent in circuit QED systems, and are challenging to analyze accurately using traditional computational electromagnetics methods. The paper discusses the Sobolev space properties of the different time domain integral operators and gives guidelines on how these properties can be used to develop stable marching-on-in-time discretization schemes.