Research updates, technical releases, and company milestones
Pre-print study examines phase-dependent fuelling effects in a reduced toroidal model, highlighting timing as a potential control variable in burn propagation dynamics.
New live diagnostics infrastructure enables real-time monitoring of plasma dynamics, crest propagation, and control-relevant behaviour during active simulation runs.
Chatwood Labs has released an open-source BOUT++ grid diagnostics utility, extending its public simulation tooling with automated validation and visual reporting.
Chatwood Labs has released an open-source BOUT++ grid generator, marking the first public tooling release from its internal simulation stack.
Chatwood Labs has filed a UK patent application for a control-first fusion system built around wake-aligned fuel injection, integrated thermal regulation, and directional burn-wave control.
Chatwood Labs launches in Manchester with a control-first fusion research programme centred on simulation, plasma dynamics, and staged technical validation.