Indiegogo lightfield lewis1/19/2024 For instance, the company has teamed up with the Smithsonian Institution to bring the famous Buddha into spatial computing. The company partners with top-notch universities and educational institutions to integrate spatial computing into higher education systems. Magic Leap invests in the potential of digital technologies to change the way students and teachers discover and interact with content. Students and teachers can work remotely with multi-user co-presence and real-time file sharing. With a single 3D render, it is possible to offer training sessions from anywhere in the world and educate students in an interactive and innovative way. The ability to use 3D graphically rendered content to interact and illustrate artefacts for educational purposes is limitless. It was found that 88% of students prefer the extended real-world experience over traditional schooling (Magic Leap, 2020). Spatial computing has shown to increase engagement, attention, and productivity for students and teachers. Magic Leap 1 generates a volumetric view, using both visual and sound fields, in effect a location where the user communicates with physical and virtual objects (Rowe, 2018). In a way, items “stick” to the physical world. The computer detects where the user looks and holds this field steady as he or she rotates around the simulated object. The Magic Leap creators call this technology a “Lightfield”. The Light is invisibly directed into the user’s eyes through six small lenses from the edge to create a 3D illusion. Virtual light blends in with the normal light entering the eyeball (Abovitz, 2018). Instead of displaying an image onto a screen, Magic Leap 1 projects an image directly into the user’s eyes. The Lightwear and Lightpack’s sensing and compute provide the platform of the future for developing environment understanding, context awareness and human-centered AI”. The inventors focused on“making a Digital Lightfield signal to work with the human eye-brain system. It allows the user local tracking with freedom of movement, without the need to install sensors (MIT, 2018). The three-part headset system features a Lightwear, Lightpack, and hand-held Controller, called “a spatial computer” by its creators. Magic Leap 1 is a wearable head-mounted AR system that transmits an immersive, holographic 3D concept into a real-world environment. What is Magic Leap 1 and how does it work? Computers must be consistent with human experience and respect human physiology (Abovitz, 2018). That is, people have to come first technology should serve people. Magic Leap 1 was based on the idea that computing and technology should concentrate around the users, their needs, and their humanity and experiences. Desmond Keegan (1995) puts it best when he says that “the challenge is to design cost-effective and educationally-effective systems for use in the new millennium of the new technologies that permit for the first time in history (electronic) teaching of students face-to-face at a distance”. Given the obvious benefits of remote education, there are issues that need to be addressed, such as the quality of the schooling and misuse of technology (Valentine, 2002).ĭistance learning technologies like Magic Leap 1 have the potential to assist in solving these problems. Students do not need to be physically in the room with the teacher, nor do they need to be together on time depending on the method used (Savoy, 2001). The flexibility of time and space holds great potential in online learning. Remote learning and its association with digital computing technology offers many promises to the education sector.
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