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Computed Caustics is a project that focuses on giving tangible forms to visualise light’s behaviour. The project undergoes experimentation with compostions of light in its most natural form, that interact with reflective materials to produce caustics. It is data-driven project that calibrates between digital and physical experimentations.
Computational tools have been employed to further decode and reverse engineer complex caustics. This creates an immersive experience to witness the movement of light in time and space as it transitions into breathtaking states of caustics. This fusion of advanced digital modeling and hands-on experimentation offers an artistic and scientific exploration of light, providing new insights into the way caustics are formed and perceived.