Optics that use sound to shape light for better machine vision - CES 2016

The video discusses the innovative use of sound waves to manipulate light and create optical lenses. These lenses have applications in industrial markets, particularly in machine vision and metrology. The technology allows for high-speed imaging and precise focus adjustments, which are demonstrated in a machine vision setup. Future consumer applications and advancements in laser material processing are also explored. The video concludes with the challenges of scaling up manufacturing for broader adoption.

What is the primary method used to create an optical lens in this technology?

• Using thermal energy to focus light

• Manipulating sound waves to alter liquid density

• Applying electrical currents to change light paths

• Using magnetic fields to shape light

Which market is the initial target for the tag lens technology?

• Industrial applications

• Automotive industry

• Medical imaging

• Consumer electronics

What is one of the potential consumer applications mentioned for the tag lens technology?

• Smartphones

• Televisions

• Virtual reality headsets

• Handheld cameras

In the machine vision setup, how many frames per second is the camera running?

• 120 frames per second

• 150 frames per second

• 90 frames per second

• 60 frames per second

What is a significant challenge mentioned for the future development of the tag lens technology?

• Scaling up manufacturing

• Improving the speed of sound waves

• Reducing the cost of production

• Enhancing the resolution of images