Stanford University announced new results of AI holographic imaging, which makes AI a broader future
A team from Stanford University has developed a new AI-assisted holographic imaging technology, which is thinner, lighter and of higher quality than existing solutions, expected to open a new chapter for augmented reality (AR) glasses.
Development of new AI-assisted holographic imaging
The current prototype has a narrow field of vision, only 11.7 degrees in the lab environment, far less than Magic Leap 2 or even Microsoft HoloLens.
In addition, the prototype fully shows unlimited potential, which can realize the holographic component stack in the frame of standard glasses, and produce realistic full-color mobile 3D images with different depths through AI training projection.
The prototype, like other AR glasses, uses waveguides to guide light through the glasses and into the wearer’s eyes. But the team developed a unique “nanophotonic metasurface waveguide”, which no longer required cumbersome collimatation optics, and trained AI algorithms to “learn a physical waveguide model” to improve image quality.
In today’s digital age, the transition from 2D imaging to 3D imaging is a technological leap that has brought tremendous changes to daily life and professional fields. Hologram is not the latest technology. It dates back to the 1960s.
Holographic imaging of the “magic”
As the name suggests, holographic imaging technology uses the principle of interference and diffraction to record and reproduce the real image of an object, which requires more than 100 times more information than ordinary camera processing, and puts forward high requirements for shooting, processing and transmission platform. Therefore, the earliest holographic technology is only used to process static photos.
For example, in science fiction movies, people are thousands of miles away, but the holographic projection makes it stand in front of people in front of real people, talk and move. Or in the holographic imaging class, students can see vivid professors and even famous teachers from all over the world without wearing 3D glasses, as if to interact with students face to face across time and space. And this is the application of “holographic imaging technology”, the magical changes brought to people’s lives.
Industry experts analyzed that such a sci-fi scenario, with the development of virtual reality (VR) and augmented reality (AR) technology and the commercial use of 5G, holographic imaging technology will be combined with various technologies to bring users a more realistic virtual experience. At the same time, holographic imaging technology also provides new ways for many businesses to publicize it, and may be widely used in the fields of architecture, design, health and military.
WiMi 3D Holographic imaging enables thousands of industries
, No doubt, the development of holographic imaging industry speed up, and bring huge economic benefits, understood, as a holographic AR first WiMi Hologram Cloud(NASDAQ: WIMI), long-term commitment to 3D, 5G, AR / VR, holographic projection technology, such as and will strengthen and actively promote 5G holographic imaging business application and practice, focus on live, travel, exhibition, games, screen, different office scene function and experience, guide the holographic imaging to the mass market.
It is worth mentioning that in the forefront of holographic imaging, the ultra-low delay transmission of high-definition images.
With the development of its own technology base and the vigorous deployment of 5G, WiMi has fully mastered 5G, cloud computing and artificial intelligence to solve the limitations of computing power and information transmission rate and quality. Its large-scale application penetration will provide users with applications integrated into the virtual world anytime and anywhere, and innovate and improve users’ new experience.
From the perspective of technology development, holographic imaging technology will become a new visual experience mode that consumers will pay attention to in the future. As a leading enterprise in the holographic display industry, WiMi is optimistic about its future development prospects and market potential in the long term. In the future, it will continue to promote technological innovation advantages and demonstration role, open growth space, accelerate the mass production and scale of products, and gather win-win efforts with various cooperative enterprises to empower thousands of industries.
To sum up
The holographic imaging industry has great potential and is an area of attention and investment. In the near future, holographic imaging, an emerging technology, will be fully combined with artificial intelligence, mixed reality and other technologies, and will be fully applied in industry, business, medicine, education and other fields, bringing more innovative and diversified applications to the business field. The economic and social benefits generated by this will be inestimable, and will certainly have a subversive impact on the history of human technological development. So, look forward to the holographic imaging technology to bring more possibilities to the public life. $WiMi Hologram Cloud(WIMI.US$
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