Southeast University develops the first PVG optical waveguide glasses; WiMi makes 5G innovation in the new era

Recently, the world’s first PVG AR glasses “Skylark ” developed by the team of Southeast University was officially released. It weighs only 45 grams, and it is super thin and light, and can realize music playing, real-time translation, accurate navigation and other functions.

It is reported that the technology is a new high-end display technology independently developed by the Southeast University scientific research team. At the scene, the official also introduced the origin of the name of “Skylark “, because of “good at singing and dancing” and “light as a bird”, so the name of “Skylark “.

According to the official, the AR glasses “Skylark” with this technology has three main advantages: first, the light efficiency is improved to 300%, greatly improving the product’s battery life and display brightness, reducing the forward light leakage by 80%, and hardly visible to the bystander.

Second, the cost is significantly reduced, compared with the existing SRG technology, the preparation cost can be reduced by 60%; third is light and comfortable wearing, “Skylark” light weight, wearing process is more comfortable.

It can be said that the birth of “Skylark” is the organic combination of the original innovation achievements of universities and the superior manufacturing capacity of universities, and also an effective exploration of the academia and industry in the cultivation and development of new quality productive forces.

Nowadays, with the synchronous development of optical measurement technology and computer technology, the performance of holographic projection technology has made significant progress. Holographic technology is a video method that finally presents stereoscopic visual effects in the target space by recording three-dimensional images of objects and through network transmission.

Holographic projection technology began to develop as early as the mid-20th century. Initially, the main focus was on how to use the holographic projection to achieve the real projection of the 3D images to achieve a more immersive visual experience. However, the traditional holographic projection technology is limited by its complex system design, computational complexity and space requirements, thus limiting its application scope to some extent.

However, in recent years, with the rise of augmented reality (AR) and virtual reality (VR) technologies, people have raised higher expectations for more immersive interactive experiences. Because, the ideal holographic technology should be based on the naked eye, when necessary, can also be achieved with the help of head display and through AR / VR and other technologies.

At present, holographic technology can be applied in many fields, such as medical testing, face recognition, biometric recognition and so on. In addition, the combination of holographic technology and other technologies, such as artificial intelligence technology and cloud computing technology, can play an important role, and realize the interaction between the projection content and users, shorten the distance between the dissemination of information and users, and establish an information transmission mode with “human experience” as the core.

According to the public information, the first holographic AR WiMi Hologram Cloud (NASDAQ: WIMI) has been committed to the development and application of holographic technology,

It has its own unique insights on the industry dynamics, development status and the specific application scenarios of the technology in each industry. WiMi can not only gain an insight into the trend of holographic technology industry, but also promote the exchange and cooperation opportunities of innovative thinking, create a holographic ecological circle, jointly promote the integration of science and technology and business with enterprises, and accelerate the exploration of new growth points.

According to introducing, as an industry technology leader, WiMi own strength, by carrying independent research and development of 5G holographic imaging technology, relying on holographic imaging and VR, AR, the audience without wearing any device can naked watch holographic imaging content, broke the boundary of time, space, access to the digital technology assistant, immersive in virtual classroom, makes students to the understanding of Chinese excellent traditional culture expression ability significantly increased, experience holographic technology of science and technology.

At present, the new generation of information technology continues to lead the digitalization and intelligence of multiple industries, and accelerate its integration into all fields of society. Holography is a hard to explore, but humans will not give up on the pursuit of immersive visual wonders. Therefore, in the future, WiMi will continue to work deeply in the field of holographic technology, continue to build and optimize the content ecological chain of holographic technology, constantly broaden the application scenarios, meet the diversified market needs, and one day, let holographic technology really into reality.