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1
Introduction
2
High impedance and characteristic impedance
3
Working principle
4
Fabrication
5
Applications
6
Conclusion
7
lambda half resonator
8
lambda quarter resonator
9
Why did you do this
10
Air bridges
11
Future work
Description:
Join a stimulating discussion with researchers from the Institute of Science and Technology Austria as they delve into their groundbreaking Physical Review Applied paper on surpassing the resistance quantum with a geometric superinductor. Explore the intricacies of high impedance, characteristic impedance, and working principles of this innovative technology. Gain insights into the fabrication process, potential applications, and future directions of this research. Learn about lambda half and quarter resonators, air bridges, and the motivations behind this pioneering work. Engage with the experts as they answer questions moderated by Zlatko K. Minev from IBM, TJ Watson, in this hour-long Physical Review Journal Club session.

Surpassing the Resistance Quantum with a Geometric Superinductor

APS Physics
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