Abstract
We describe and analyse possible approaches to magnonic logic circuits and basic elements required for circuit construction. A distinctive feature of the magnonic circuitry is that information is transmitted by spin waves propagating in the magnetic waveguides without the use of electric current. The latter makes it possible to exploit spin wave phenomena for more efficient data transfer and enhanced logic functionality. We describe possible schemes for general computing and special task data processing. The functional throughput of the magnonic logic gates is estimated and compared with the conventional transistor-based approach. Magnonic logic circuits allow scaling down to the deep submicrometre range and…
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662
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- 19.76
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Authors
3Topics & keywords
Topics
Keywords
- Electronic circuit
- Logic gate
- Computer science
- Pass transistor logic
- Electronic engineering
- Logic family
- Transistor
- Scaling
UN Sustainable Development Goals
- Affordable and clean energy
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