VR products have become increasingly popular, but do people really understand the knowledge about VR? Today, let me talk about it.

Knowledge Point 1: Does 360° panoramic video qualify as a VR movie?

360° panoramic technology is a three-dimensional virtual display technique achieved by using panoramic cameras to capture real scenes from multiple angles and then stitching them together in post-production using a computer. Whether it's a 360° video or a 360° photo, they are not truly VR. Their essence lies in showcasing a fully captured 3D scene through the camera, presenting it in a 360° or 720° format. Unlike true VR content, they don't allow interaction with the virtual environment; the viewer remains a passive observer. Currently, there's no technology that can fully capture real scenes for interactive VR, so true VR interactive scenes are created through computer-generated animation (CG).

Knowledge Point 2: When you feel dizzy playing a roller coaster VR game, is it because VR can't fool your eyes?

Dizziness occurs due to a disruption in the body's spatial orientation, resulting in a form of
motion or positional illusion. The vestibular system in the human ear is responsible for sensing changes in head position and governs the body's sense of balance. When experiencing a VR roller coaster, the information conveyed by the eyes suggests that you are moving at high speed. However, since the person in reality is not moving, the vestibular system signals that you are stationary. This conflicting information about spatial orientation is the real cause of dizziness. So, don't think it's just the fast-moving visuals making you dizzy; it's actually your "ears" being too honest.

Indeed, VR dizziness is also influenced by factors such as the refresh rate of the VR device's
display, the refresh rate of VR content, the design of the motion mechanism, and the surrounding environment. Therefore, in VR experience stores, using vibrating chairs or platforms along with a fan blowing directly in front of the VR user can create an illusion of high-speed movement, making it less likely for VR users to experience dizziness.

Knowledge Point 3: Does the close fit of VR glasses to the eyes make it easy to develop nearsightedness?
Scientific research has found that regular use of VR headsets does not lead to nearsightedness. The impact of VR devices on vision is comparable to that of tablet computers.

Some people worry that the close distance between the VR device's screen and the eyes might lead to nearsightedness. However, there's a misconception here. Although the VR device lenses are close to the eyes, in the VR world, the eye's focal distance is naturally relaxed. It's not like when people stare at a fixed screen on a computer, which can lead to nearsightedness due to prolonged eye strain.

According to current research results, when VR devices are correctly worn, and appropriate VR content is selected, the impact on the vision of young users is minimal.

Devices like Shinecon AIO8 VR viewing machine specifically utilize optical technology principles to provide the most comfortable way for us to enjoy movies.

With a weight of only 120g and a compact size, the entire device is as small as a sunglasses It only requires Bluetooth connection to start playing, freeing you from the outdated hassle of multiple tangled wires. This allows you to enjoy movies effortlessly without feeling weighed down by a bulky setup.

With a visual distance of 20 meters paired with a 1000-inch large screen, enjoy a personal cinema-grade central viewing experience, immersing yourself in a dazzling and captivating spectacle.

It also warmly caters to the visual comfort of nearsighted individuals, with a self-adjustable vision range from 0 to 700 degrees, allowing you to enjoy a perfect viewing experience without the need for glasses.

The content above is the complete coverage of this informative session. If you have any questions or would like to learn more, feel free to leave a comment, and we'll respond to each one.