Liquid Glass Player UI
An experimental UI exploration utilizing heavy refraction and chromatic distortion to create a highly tactile, physical audio widget.

Redefining Digital Tactility
Standard media players prioritize extreme minimalism, often feeling flat and lifeless. This experimental project explores how advanced visual distortion and material simulation can make a digital widget feel like a heavy, premium physical object.
The Flatness of Modern UI
Lack of Materiality: Flat design has sterilized digital interfaces. Users interact with media that evokes deep emotion, but the controls themselves feel like uninspired, weightless vectors.
Predictable Overlays: Traditional translucent overlays (standard frosted glassmorphism) have become a saturated trend, failing to create a memorable or striking visual impact against diverse album art.
Tackling the Problem
Simulating Liquid Optics: We engineered a custom "liquid glass" effect. Instead of a simple blur, we introduced refractive distortion along the edges, mimicking a thick, cast-glass lens resting on the screen.
Chromatic Aberration: To heighten the realism and visual tension, we embedded subtle color-splitting at the distortion points, giving the UI a raw, slightly retro-futuristic edge.
High-Contrast Minimalism: Because the widget's material is highly complex and active, we kept the internal typography and playback controls stark, white, and ruthlessly minimal to ensure perfect legibility.
The Solution








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