Developed by researchers at the Wichita State University in Kansas, these new Google Glass Lenses could help to increase the field of view for users of the smart headset.
Being that traditional parameters of Google Glass are relatively short-range, the new lenses could help to exponentially increase the capabilities of the wearable for those that require it.
Researchers Jibo He, Barbara Chaparro and Long Wang are behind the technological breakthrough that could revolutionize the way that facial wearables are implemented.
The Google Glass Lenses are essential an add-on attachment that could be clipped onto the arm of the glasses. From here, the accessory would offer enhanced field of view functionality for different tasks or professions that require either closer range or farther range focusing.
Distance-Enhancing Smart Lenses
New Google Glass Lenses Could Enhance the Field of View for Users
Trend Themes
1. Enhanced Field of View - New Google Glass Lenses could revolutionize the field of view for users, providing a more immersive and detailed experience.
2. Expanded Capabilities - The new lenses could exponentially increase the capabilities of Google Glass, opening up possibilities for new applications and use cases.
3. Improved Wearable Implementation - Researchers are revolutionizing the way facial wearables are implemented by developing add-on attachments like the Google Glass Lenses for enhanced functionality.
Industry Implications
1. Augmented Reality - The enhanced field of view offered by the Google Glass Lenses can revolutionize the AR industry, providing users with a more immersive and realistic experience.
2. Healthcare - The expanded capabilities of Google Glass with the new lenses can benefit healthcare professionals, allowing for improved visualization and accuracy in medical procedures.
3. Construction and Engineering - The improved wearable implementation of Google Glass Lenses can disrupt the construction and engineering industries by providing workers with hands-free access to real-time information and enhanced visualizations.