Extension of the de Broglie-Bohm theory to the Ginzburg-Landau equation
Jorge Berger
Abstract
The de Broglie-Bohm approach permits to assign well defined trajectories to particles that obey the Schroedinger equation. We extend this approach to electron pairs in a superconductor. In the stationary regime this extension is completely natural; in the general case additional postulates are required. This approach gives enlightening views for the absence of Hall effect in the stationary regime and for the formation of permanent currents.
Create a lesson
Related papers
Generative learning of time series with holographic quantum circuit sampling
Bingzhi Zhang, Matthew W. Lee, Tom Finke et al.
Entanglement detection in dynamical quantum systems
Xingjian Zhang, Jiayi Wu, Jue Xu et al.
Partial-coherence weak measurement of polarization qubits with a temporal pointer: theory and experiment
Shane P. Gervais, Lambert Giner
A complete classification of operator controllability for closed three-level quantum systems driven by a single control
Sergey Kuznetsov, Alexander Pechen
Entanglement generation from degeneracy breaking of superradiant Liouvillian steady states by local operations
Adam Burgess, Erik M. Gauger
Classical Communication Helps Single-Shot Quantum Compression
Omri Farber, Gilad Gour