The following section documents computational systems, simulation frameworks, and experimental implementations developed under Anisotropic Labs.
Unlike our formal research outputs, these projects emphasise engineering, iteration, and the development of reusable computational tools for modelling physical systems.
The Anisotropic app is a mobile tool that is going to be used to visualise airflow in real space. We are leveraging LiDAR to reconstruct the surrounding environment as a 3D mesh and then use that geometry to run lightweight fluid simulations directly in AR.
Instead of abstract setups or pre-built models, the simulations are based in the actual space around you. See how airflow interacts with real surfaces and updates in real time as the environment changes.Â
The system is designed to make flow behavior visible and intuitive: how air moves, where it separates, how it circulates, and how geometry shapes it. It functions as both a visualisation tool and a way to explore physical intuition in everyday environments.