Tunability of the Phase in Quantum-Like Mechanical Elastic Systems

Technology #ua16-149

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Researchers
Keith Runge
Director of Research, Materials Science & Engineering
Pierre Deymier
Department Head, Materials Science & Engineering
Managed By
Robert Sleeper
Licensing Manager (520) 626-4604

Title: Approach to Tuning Phononic Crystals

 

Invention: This technology is an approach that gives the user the ability to tune phononic crystals and acoustic metamaterials to have specific quantum computing properties.

 

Background: Metamaterials, artificially fabricated materials in which small structures can be arranged within a material in order, can give said material new properties that are not inherent to the original material. This technology capitalizes on the ability to tune these materials and is the product of discovering the analogy between classical mechanical systems and quantum and electromagnetic phenomena.

 

Applications:

  • Sound sensors
  • Sonar
  • Medical imaging
  • Communication

 

Advantages:

  • Gives users the ability to develop more complex functions in phononic structures and acoustic metamaterials
  • Potential to develop sensors that may be able to detect sound that was not detectable before

 

Licensing Manager

Bob Sleeper

RobertS@tla.arizona.edu

(520) 626-4604