Research
Exploring the boundaries of human-AI collaboration, quantum design, and cognitive interfaces through experimental research.
Research Philosophy
My research focuses on creating seamless intersections between emerging technologies and human cognitive patterns. Through a design-first approach, I investigate how machine learning, quantum computing, and neuroaesthetics can shape future interfaces.
AI Collaboration Frameworks
Designing co-creative systems where humans and AI maintain equal agency.
Neuroaesthetics
Studying how interface design can reduce cognitive load and enhance user well-being.
Quantum UX
Exploring how quantum principles can optimize interface responsiveness and decision-making.
Ongoing Investigations
AI Design Symbiosis
Developing design systems where AI tools adapt their suggestions based on human emotional states detected via biometric feedback.
Explore →Quantum Typography
Investigating how quantum superposition principles can create letters that adapt to reader perception states in real-time.
Explore →Neural Feedback Interfaces
Creating interfaces that adjust information density based on user fatigue metrics and cognitive workload assessment.
Explore →