Long-Range Hyper-Temporal Acoustic Imaging

Case ID:
UA17-151
Invention:

The invention is an apparatus for remotely sensing an object using polarization characteristics of light received from the object to determine acoustic information regarding the object. 

 

Background:
Current methods of free-space optical communication are limited by the atmospheric degradation of operational distance, resolution from detectors, and intensity fluctuations associated with noise. 

 

Applications:

  • Remote sensing
  • Free space optical communication
  • Audio capture


Advantages:

  • Can identify the object, determine the state of operation of the object, and determine functions of the object
  • Can use a wide variety of light sources including solar reflections and artificial light


Status: issued U.S. patents #10,228,323; #10,677,716; and #10,976,239

Patent Information:
Contact For More Information:
Richard Weite
Senior Licensing Manager, College of Optical Sciences
The University of Arizona
RichardW@tla.arizona.edu
Lead Inventor(s):
Michael Hart
Zachary Watson
Keywords: