Thermally Driven Josephson Effect
TBMG-3370
11/01/2008
- Content
A concept is proposed of the thermally driven Josephson effect in superfluid helium. Heretofore, the Josephson effect in a superfluid has been recognized as an oscillatory flow that arises in response to a steady pressure difference between two superfluid reservoirs separated by an array of submicron-sized orifices, which act in unison as a single Josephson junction. Analogously, the thermally driven Josephson effect is an oscillatory flow that arises in response to a steady temperature difference.
- Citation
- "Thermally Driven Josephson Effect," Mobility Engineering, November 1, 2008.