MIT Scientists are Working on a New X-AR Headset to See Through Objects
References: news.mit.edu & designtaxi
The team of scientists at the Massachusetts Institute of Technology showcases its latest work in the form of the X-AR headset which is a modified augmented-reality headset that allows users to see hidden objects. It is made as a custom version of a Microsoft Hololens by blending computer vision with the wireless perception that automatically locates items that can't be seen visually.
Instead of X-ray waves, the machine relies on radio frequency signals that are meant to pass through commonplace materials including plastic and wood. Associate Professor Fadel Adib notes that “Our whole goal with this project was to build an augmented reality system that allows you to see things that are invisible—things that are in boxes or around corners—and in doing so, it can guide you toward them and truly allow you to see the physical world in ways that were not possible before.”
Image Credit: MIT News
Instead of X-ray waves, the machine relies on radio frequency signals that are meant to pass through commonplace materials including plastic and wood. Associate Professor Fadel Adib notes that “Our whole goal with this project was to build an augmented reality system that allows you to see things that are invisible—things that are in boxes or around corners—and in doing so, it can guide you toward them and truly allow you to see the physical world in ways that were not possible before.”
Image Credit: MIT News
Trend Themes
1. X-AR Headsets - The development of X-AR headsets using computer vision and radio frequency signals presents a disruptive innovation opportunity for enhancing augmented reality experiences and applications.
2. Wireless Perception - Wireless perception technology integrated into X-AR headsets provides a disruptive innovation opportunity for enhancing the user experience of virtual and augmented reality applications that require highly accurate location tracking.
3. Radio Frequency Imaging - The use of radio frequency imaging technology in X-AR headsets presents a disruptive innovation opportunity for the development of new applications that enable users to visualize and locate objects that are not visible to the naked eye.
Industry Implications
1. Augmented Reality - The development of X-AR headsets with advanced features presents a disruptive innovation opportunity for industries such as retail, entertainment, and education to enhance the way users interact with virtual and augmented reality environments and objects.
2. Wireless Technology - The integration of wireless perception technology in X-AR headsets presents a disruptive innovation opportunity for the telecommunications industry to enhance location tracking capabilities for virtual and augmented reality applications.
3. Electronics Manufacturing - The manufacturing of X-AR headsets using radio frequency imaging technology presents a disruptive innovation opportunity for the electronics industry to develop new products for use in various sectors such as healthcare and engineering.
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