UAIRL Research Centre , Canada

Human Quantum Computer Interaction is a groundbreaking field that blends the principles of quantum computing and human-computer interaction to provide more dynamic and individualized user experiences. HQCI enables the processing of vast amounts of data simultaneously, offering unprecedented computational capabilities that enhance traditional UI/UX design. Our product focuses on utilizing HQCI to deliver a passive learning- based user-oriented UI/UX design. The core of our approach is to personalize web experiences through a unique three-layer development structure: the Classical Layer (raw UI/UX), the Quantum Layer, and the user interface layer, which showcases the personalized user experience. A key component of our design is the filter bubble concept, which facilitates passive learning, and user interface is tailored to individual preferences and behaviours , enhancing the overall user experience. Here the methodology involves the development of quantum algorithms, the application of user-centered design principles, and iterative testing to refine usability and performance. To maintain the coherence of quantum states, factors such as the use of incognito mode, AD Blockers, and the arising HQCI paradox including the challenge of balancing the simultaneous states of user behavior and system response without causing inconsistencies in the personalized experience, involve ensuring that the quantum superposition states representing different user behaviors do not collapse prematurely, which could lead to inaccurate or less personalized outputs. The anticipated outcomes include increased computational efficiency, enhanced personalization, and the capability to handle complex user interactions seamlessly. The advantages of our HQCI based approach include faster processing speeds, improved personalization, and efficient data management. However, challenges such as the early stage of quantum computing technology, high development costs, and the complexity of implementing quantum principles must be addressed.