| Ab initio exploration of beyond-Nb SRF materials for low cooling power and high field performance | Arias / Méndez |
| AI accelerated simulations for the design and growth of superconducting thin films | Hennig / Dong, Bowman |
| CVD Growth of Nb3Sn Films | Liepe / Gaitan |
| CBD based growth of Nb-Zr | Liepe / Grassl* |
| Conduction-cooled SRF Modules | Liepe / Parsons* |
| High-performance Nb3Sn | Liepe / Shpani |
| Advanced Material Systems for Enhanced SRF Performance | Liepe / Sitaraman |
| Advancing RF Performance via Capping Layers and Oxide Passivation | Liepe / Seddon-Stettler |
| Electron Microscopy characterization of the microsctructure of materials for SRF cavities | Muller / Baraissov |
| Impact of Nb2O5 Nanoscale Roughness on Sn Uptake and Nucleation Upon the Formation of Nb3Sn | Sibener / Brown |
| Optimizing Nb Surfaces – Oxide Passivation by Au Encapsulation | Sibener / Do |
| Zr alloying, passivation, and interdiffusion with Nb substrates | Sibener / Burnely |
| In Situ Measurements of High Temperature Surface Structure, Bonding, and Dynamics of Doping N and Alloying Sn or Zr from Initial Behavior to Resulting Film Growth | Sibener / Van Duinen |
| *Indicates Tigner Traineeship Fellow | |
