While human beings are still a long way away from being able to levitate above the ground, the ZeroN Levitated Interaction Element has brought the ability to defy gravity with material objects a little bit closer to reality.
Developed by Jinha Lee, a media lab research assistant at MIT, the spherical electromagnet can levitate and move side to side when hovering over an open-air anti-gravity space. Powered by a magnetic field, the ball can also be programmed to do a playback of its previous movements and move in a sequence on its own.
While magicians and fans of neat parlor tricks will embrace this hovering gizmo, there are also practical applications for the technology. Physicists, astrologers and architects can use the device for mapping 3D representational models of their work. The floating ball also works like a video camera and can be used to film three dimensional, panoramic footage.
Fantastical Floating Orbs
The ZeroN Levitated Interaction Element Defies Gravity
Trend Themes
1. Levitation Technology - The development of the ZeroN Levitated Interaction Element brings us closer to the reality of levitating material objects.
2. Interactive Spherical Electromagnets - The spherical electromagnet allows for interactive movement and playback of previous movements, opening up possibilities for new forms of human-computer interaction.
3. 3D Mapping and Filming - The device can be used by physicists, astrologers, and architects for creating 3D representational models and filming panoramic footage.
Industry Implications
1. Entertainment - Magicians and performers can incorporate levitation technology into their acts, providing a unique and mesmerizing experience for audiences.
2. Technology - The development of interactive spherical electromagnets opens up opportunities for new advancements in human-computer interaction and user interface design.
3. Film and Media - The ability to film three dimensional, panoramic footage opens up new possibilities for immersive storytelling and virtual reality experiences.