Winsten, Yehoshua
PhD student
 winsten@post.bgu.ac.il
 Office
 54/317
 Research type
 Theoretical
Responsibilities
 20311431 Physics 2C (Teaching assistant), 2023A
 20312631 Electronics and quantum devices (Teaching assistant), 2023 B
 20311651 Modern Physics for Software Engineers (Teaching assistant), 2023 B
Education

2020
now,
PhD
Title is not available
with Doron Cohen 
2019
2020,
MSc
Quasistatic transfer protocols for atomtronic superfluid circuits
with Doron CohenAbstract/Description: Quasistatic protocols for systems that feature a mixed phasespace with both chaos and quasiregular regions are beyond the standard paradigm of adiabatic processes. We focus on a manybody system of atoms that are described by the BoseHubbard Hamiltonian, specifically a circuit that consists of bosonic sites. We consider a sweep process: slow variation of the rotation frequency of the device (time dependent Sagnac phase). The parametric variation of phasespace topology implies that the quasistatic limit is irreversible. Detailed analysis is essential in order to determine the outcome of such transfer protocol, and its efficiency.
Publications
 Winsten, Y. and Cohen, D., "Stochastic Modeling Of Spreading And Dissipation In MixedChaotic Systems That Are Driven Quasistatically", Phys. Rev. E 105, 054113 (2022)
 Winsten, Y. and Cohen, D., "Quasistatic Transfer Protocols For Atomtronic Superfluid Circuits", Sci Rep 11, 3136 (2021)