Computational Physics podcasts

This episode explores transient searches, multiprobe cosmology and planetary nebulae through conversations with researchers at Jodrell Bank. Alex Reeves discusses his doctoral research, the computational methods used in multiprobe cosmology and his experience as a PhD student. Alec Csukai reflects on completing a doctorate in planetary-nebula research and the transition beyond graduate study. The presenters also discuss experiences of the August solar eclipse and share highlights from the Jodcast’s twentieth-birthday outreach activities at the National Astronomy Meeting. The episode combines current astrophysics with research-career perspectives and public engagement.

Hosted by Phoebe Ryder, Louisa Mason

Ethan Meitz and Jerry Wang discuss molecular simulation, heat transfer and the conversations that have shaped Meitz’s doctoral research. The episode connects computational methods with collaboration and mentoring, offering a practical view of research supported by the DOE Computational Science Graduate Fellowship.

Hosted by Sarah Webb

Laura Leay interviews MIT’s Carlos Portela about a computational design framework for deformable woven metamaterials. Graphs describe the periodic architecture and how struts interweave at nodes; user-defined helix geometry controls the woven beams. The framework produces files for finite-element analysis and 3D printing, enabling predictions of large-deformation behavior and fabrication of previously inaccessible architectures. The freely available approach connects textile-inspired design with tunable elastic response.

Hosted by Laura Leay

Taylor Sparks and Oklahoma State University researcher Jake Bair discuss the history and methods of phase-field modelling. They explain how diffuse interfaces represent material transitions and support simulations of crack growth and dendritic structures. The episode links listeners to NIST’s Phase Field Community Hub for further technical resources.

Hosted by Taylor Sparks