Job Description
Shape the future of human-computer interaction at Nexus Labs. We're seeking a visionary Quantum UX Research Lead to pioneer next-generation interfaces for 2026's quantum computing era. Join our elite team in San Francisco and redefine how humanity interacts with parallel realities.
As a quantum UX pioneer, you'll design empathetic interfaces for quantum systems that transcend traditional computing paradigms. Your work will directly influence how millions navigate complex quantum landscapes by 2026. Our cutting-edge lab offers unparalleled resources to transform theoretical quantum concepts into tangible, user-centered experiences.
Competitive compensation includes equity in our quantum startup, comprehensive benefits, and the chance to work at the intersection of neuroscience, quantum physics, and human-centered design. Be part of the team that's building tomorrow's digital reality today.
Responsibilities
- Design and conduct quantum user experience research across parallel reality interfaces
- Develop empathetic interaction models for quantum computing environments
- Lead cross-disciplinary teams of quantum physicists and neuroscientists
- Create predictive UX frameworks for 2026's quantum-augmented human cognition
- Validate quantum interfaces through multi-sensory testing methodologies
- Document quantum UX patterns for industry-wide adoption
- Mentor researchers in quantum consciousness and human-computer symbiosis
Qualifications
- PhD in Human-Computer Interaction, Cognitive Science, or Quantum Psychology
- 5+ years experience in UX research with emerging technologies
- Deep understanding of quantum computing principles and their human implications
- Proficiency in quantum simulation environments and parallel reality interfaces
- Published research in quantum cognition or human-quantum interaction
- Expertise in neural interface design and multi-sensory feedback systems
- Experience leading cross-disciplinary research teams in quantum domains
- Certification in Quantum UX Methodology (QUM) preferred