One of our goals is to explore new ways of using acoustic levitation to create graphical displays, with graphics and visual elements that levitate in-air. This post outlines some new display concepts, created using levitating objects.Read More
We’ve been exploring an alternative use of levitating particles: as actuated display elements for static physical objects. This post summarises a recently published paper on this work.Read More
In our last blog post we described our vision of interactive displays with levitating objects. We also showcased our Point-and-Shake technique for selecting levitating objects, our first step towards an interactive display. Since then, we have been developing new ways of interacting with levitating objects. Here, we share our latest efforts towards fully interactive levitating object displays and show off our latest techniques for interacting with levitating content.Read More
One of our goals in the Levitate project is to create new types of displays using levitating objects.
These new displays use physical objects to represent information or to create user interface elements, rather than pixels on a flat screen. There are many unique properties of this type of display; for example, their display elements can be moved in three dimensions and people can see through the display and its content.Read More
Ultrahaptics’ core technology uses ultrasound to create haptic feedback in mid-air, with no need for gloves or hand-held controllers.
To achieve this, the amplitudes and phases of multiple ultrasound waves originating from an array of transducers (ultrasonic speakers) are modulated using patented algorithms. When controlled in this way, the waves constructively interfere and achieve a maximum pressure at a desired location in space, e.g. a user’s fingertip. The pressure is sufficient to generate tactile sensations.Read More