Breakthrough in circuit design makes electronics more resistant to damage and defects

Physorg  March 9,2018
An international team of researchers (USA – UT Austin, City College of New York, City University of New York, Israel) used nonlinear resonators to mold a band-diagram of the circuit array which was designed so that a change in signal intensity could induce a change in the band diagram’s topology. For low signal intensities, the electronic circuit was designed to support a trivial topology, and therefore provide no protection from defects. In this case, as defects were introduced into the array, the signal transmission and the functionality of the circuit were negatively affected… read more. TECHNICAL ARTICLE 

Researchers used nonlinear resonators to mold a circuit array whose function proved to be inherently robust against defects that would normally interrupt signal transmission. Credit: Advanced Science Research Center, GC/CUNY

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