
Learn to create a VR drone simulator with movement, object interaction, and realistic features. Develop skills in virtual reality programming for robotics applications.

Explore psychophysics, visual perception, haptics, and challenges in VR/AR. Gain insights into human sensory systems and cutting-edge interfaces for immersive experiences.

Comprehensive guide on filming and editing 360° drone videos using DaVinci Resolve, covering equipment setup, shooting techniques, and post-production workflows for creating immersive aerial experiences.

Explore the psychological impact of virtual reality and its transformative potential in education, training, and communication, with insights on innovative applications and future implications.

Panel discussion exploring edge computing's impact on AR/VR evolution, featuring industry experts discussing benefits, challenges, and future trends in immersive technologies and network infrastructure.

Explore VVateR, a virtual 3D world for visualizing cyber-physical systems and attacks on critical infrastructure. Learn about its applications in research, training, and security enhancement.

Explore innovative approaches to neuroscience, sensory perception, and technology with David Eagleman, delving into brain mysteries, legal implications, and future possibilities for human cognition.

Four Stanford alumni entrepreneurs share insights on strategic decisions, success, failure, and leadership in VR, med-tech, and renewable energy industries, offering valuable lessons for aspiring innovators.

Derek Belch shares insights on entrepreneurship, discussing Strivr Labs' use of VR in athlete training, the challenges of starting a business, and the importance of passion and perseverance in the startup world.

Explore virtual reality's potential in treating mental illnesses, from anxiety to psychotic disorders, with insights on embodied VR and its impact on cognition and body image.

Exploring spatial computing advancements to enhance user experiences, focusing on streamlined creation tools, personalized accessibility, and integration of adjacent technologies for immersive mixed-reality applications.

Innovative "Vehicle-in-the-Loop" platform combines VR and real vehicles for testing driver assistance systems, enabling safe and immersive shared control experiments in various driving conditions.

Explore the innovative applications of mixed reality technologies in interventional radiology and medical procedures, enhancing precision and patient care.

Explore virtual reality fundamentals, from historical perspectives to cutting-edge technologies. Gain hands-on experience in geometric modeling, optical systems, and sensory perception for immersive VR development.

Explore resilience after trauma through psychology and neuroscience. Learn strategies for coping, finding wisdom, and living fully despite hardship. Gain insights on the body-mind connection and personal growth.

Explore computer vision and robotics research, from face analysis to smart headlights, with insights on making research fun and productive using the "Think like an amateur, do as an expert" approach.

Learn advanced Figma prototyping techniques for creating interactive designs, from map interactions to music players, micro-interactions, and AR/VR app prototypes. Enhance your UX/UI design skills.

Neurosurgeon explains minimally invasive keyhole craniotomy for Superior Semicircular Canal Dehiscence, showcasing surgical techniques, modern technology, and patient-specific approaches.

Explore prostate cancer surgery tactics, evidence-based decision-making, and post-operative considerations with a focus on sexual health, urinary control, and recovery.

Explore techniques for natural human interaction in virtual environments, focusing on body language, facial expressions, and speech analysis for applications in healthcare, law enforcement, and military training.

Explore the process of building a robot arm using .NET 8, Raspberry Pi, Blazor, and SignalR in this 49-minute conference talk from NDC Oslo. Learn how to install .NET 8 on a Raspberry Pi and connect various components to create a functional robot arm. Di…