news

Aug 17, 2026 We have built The Game of Diffraction: an interactive 3D simulator of a six-circle diffractometer that runs entirely in the browser, for any wavelength, detector, crystal structure and orientation you give it. Turn the circles and watch the Bragg peaks move across the detector in real time. It is meant to help crystallography and synchrotron users navigate reciprocal space before they get to the beamline, and to make how diffraction actually works visible for teaching. Screen recording of The Game of Diffraction: the six-circle diffractometer in the 3D view on the left, with Bragg peaks appearing on the simulated detector image on the right as the motors, energy and crystal structure are changed ▶ Play the game in your browser
Aug 03, 2026 Congratulations to Zicheng Cai, who successfully defended his MPhil thesis (co-supervised with Prof. Sam Stranks), Hyperspectral Time-Resolved Photoluminescence Mapping of Charge Carrier Dynamics in Halide Perovskite Thin Films. Zicheng Cai working at the time-resolved photoluminescence microscopy setup
May 12, 2026 gpuscatter is online: a fully GPU-based code for S(q,ω) calculations from MD trajectories, with up to 500× speedup over CPU implementations, saving us days when analysing diffuse scattering from MD. HK reciprocal-space slice computed by gpuscatter from an MD trajectory at 600 K
Apr 21, 2026 I am organising a symposium with Aron Walsh and Aaron Lindenberg at MATSUS Fall 2026 in Mallorca, on Structure and Dynamics in Lead Halide Perovskites. See the invited speaker lineup. MATSUS26 symposium B5 Structure and Dynamics in Perovskites, organised by Miloš Dubajić, Aaron Lindenberg and Aron Walsh
Jan 15, 2026 Our work on dynamic nanodomains is featured on the cover of the DESY Photon Science 2025 Annual Report. DESY Photon Science 2025 Annual Report cover