Virtual Reality

A theory-driven scale for measuring the subjective sense of being at night in virtual urban environments.

IMT Atlantique’s shared experimental platform for studying and evaluating interactions between people and immersive, interactive, and human-augmentation technologies.

CIFRE PhD research project developing immersive decision-support tools for urban night lighting, human perception, and light-pollution mitigation.

A within-subject study shows that a lighter tracked replica improves pointing performance and reduces perceived difficulty and cognitive load compared with a heavy replica.

PhD research project investigating embodiment, self-body perception, and body-image applications when a modified virtual body is combined with the physical world in Augmented Reality.

Joint PhD research project investigating how immersive interfaces, multimodal feedback, and AI-based assistance can support human operators during deep-space rover teleoperation.

A controlled study of 80 participants finds that, for the tested rotary-tool training, a replica weighing 50%, 100%, or 150% of the original tool did not measurably change learning outcomes.

A doctoral research project examining why distances can be misperceived in Virtual and Augmented Reality, and how scene design and display technology can reduce these biases.

Four psychophysical experiments showing that virtual objects are perceived as farther away when placed to the side of the observer.