Experimental Interfaces

Overview

Experimental Interfaces is an ongoing exploration of unconventional user interfaces and interaction models that challenge established UI patterns.
The project focuses on how emerging technologies and alternative interaction metaphors can reshape the way users perceive, navigate, and manipulate digital systems.

Rather than optimizing for familiarity, the work intentionally explores friction, ambiguity, and discovery as design tools.

Research Motivation

As digital products mature, interaction patterns tend to converge.
While this improves usability, it can also limit expressiveness and innovation.

This project investigates questions such as:

• How can interfaces invite exploration rather than efficiency?
• What happens when feedback is implicit rather than explicit?
• How do non-linear or spatial interfaces affect user cognition?

The goal is to expand the design space of interfaces beyond conventional paradigms.

Interaction Experiments

The project includes a series of small, focused experiments:

1. Gesture-Driven Navigation
   Interfaces where navigation emerges from continuous gestures rather than discrete actions.

2. Spatial UI Layouts
   Use of depth, layering, and motion to replace traditional hierarchical layouts.

3. Temporal Interfaces
   UI states that evolve over time instead of reacting instantly to input.

4. System-Driven Feedback
   Feedback based on system behavior and context rather than explicit UI elements.

Each experiment is designed to be isolated, reversible, and easy to discard.

Technical Approach

The interfaces are implemented using React as a structural layer and WebGL for rendering and interaction logic.
This separation allows experimentation with rendering pipelines, shaders, and input handling without being constrained by standard DOM layouts.

Rapid prototyping and frequent iteration are core to the process.

Evaluation

Evaluation is primarily qualitative and exploratory, focusing on:

• User curiosity and engagement
• Learnability through exploration
• Emotional response to interaction
• Breakdown points and confusion

Findings are documented to inform future experiments rather than to validate predefined hypotheses.

Next Steps

Planned directions include:

• Integration of audio and haptic feedback
• Experiments with accessibility-first unconventional interfaces
• Cross-device interaction scenarios
• Tooling to speed up experimental UI prototyping

Experimental Interfaces remains an open-ended project aimed at informing future interaction design work.