Experimentally realizable 3D arrays of Josephson junctions have been a goal of researchers since 2D Josephson junctions ( \(\mathbf{J}\) ) arrays were first introduced. In the past, it has proven to be technically impossible to manufacture 3D proximity-coupled arrays. Recent advancements in etching
Coupled 2D-arrays of Josephson junctions
β Scribed by C. Baraduc; J. E. Mooij
- Book ID
- 112786289
- Publisher
- Springer
- Year
- 1996
- Tongue
- English
- Weight
- 215 KB
- Volume
- 46
- Category
- Article
- ISSN
- 0011-4626
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π SIMILAR VOLUMES
Dynamic properties of two-dimensional arrays of high-To weak links have been investigated. The basic structure is a microbridge patterned in a laser deposited YBa2Cu3 O~ thin film. A submicron rectangular mesh of aluminium strips, diffused by heating to ~300 Β°C, is used to form a 2-D array of inter-
Recent calculations indicate that vortices in classical2D Josephson junction arrays can move ballistically) We have designed and fabricated arrays consisting of underdamped aluminum tunnel junctions in order to detect ballistic vonices. Experimental observation of ballistic vortices is complicated b