Interview
a16z Podcast | Oculus and the (Mind-Blowing) Reality of Virtual Reality
- Significant advancements in high-resolution screens, refresh rates, sensors, and graphics processing are required to minimize motion-to-photon latency and establish a threshold for user presence that prevents motion sickness.
- A hardware evolution cycle of ten to twenty years is anticipated, mirroring the convergence of devices prior to the iPhone, during which VR is expected to become a pervasive technology within five years.
- Near-term demo units in three to five years are projected to incorporate Oculus headsets, thalamic myosensitive armbands, 3D treadmills, and Kinect sensor arrays to enable synchronous control of remote humanoid robots and asynchronous tours of pre-rendered 3D environments.
- Future applications beyond gaming include tourism, telepresence, remote robot control, viewing 360-degree sports and musical events, and providing immersive experiences superior to current methods for relaxation, meditation, and 3D imagery.
- Smartphones are expected to capture 3D imagery within two years, enabling users to 3D scan rooms and navigate them later via headsets.
- VR is projected to transform high-risk training fields such as surgery, firefighting, and military operations by allowing dangerous scenarios to be simulated up to a thousand times to reduce real-world risks.
- High-resolution facial recording may replace business travel by facilitating emotional connections and eye contact during remote deal-making, while a new language for filmmaking similar to cinema's evolution is expected to emerge over the next few years.
- Hardware form factors are expected to shrink to resemble regular glasses as cost, performance, and size curves improve, with all components following this trend.
- The sense of scale in VR is anticipated to be unmatched, triggering instinctive physical reactions to large virtual objects, and Chris Dixon suggests immersive shooters may become too intense, potentially leading to a reduction in violence within video games.
- Traditional 3D TV gimmicks are not expected to succeed in VR, but true 3D experiences are predicted to be compelling, while a continuum between passive film-like content and interactive games will likely develop.
- Online crowds in forums or events may eventually be visualized as a massive stadium-like environment where users are teleported to interact with others and view chat bubbles.