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Arwas, Geva

Postdoc

Education

  • 2013- 2018, PhD Minimal BHH model for a superfluid circuit
    with Doron Cohen

    Abstract/Description: Phase slips, fragmentation, and solitons in BECs.

  • 2011- 2013, MSc Multiple path transport in quantum networks
    with Doron Cohen

Publications

  1. Arwas, Geva And Cohen, Doron, "Superfluidity In Bose-Hubbard Circuits", Physical Review B 95, 054505 (2017)
  2. Arwas, Geva And Cohen, Doron And Hekking, Frank And Minguzzi, Anna, "Resonant Persistent Currents For Ultracold Bosons On A Lattice Ring", Physical Review A 96, 063616 (2017)
  3. Arwas, Geva And Cohen, Doron, "Chaos And Two-Level Dynamics Of The Atomtronic Quantum Interference Device", New Journal Of Physics 18, 015007 (2016)
  4. Arwas, Geva And Vardi, Amichay And Cohen, Doron, "Triangular Bose-Hubbard Trimer As A Minimal Model For A Superfluid Circuit", Physical Review A 89, 013601 (2014)
  5. Arwas, Geva And Cohen, Doron, "Multiple-Path Transport In Quantum Networks", Journal Of Physics A-Mathematical And Theoretical 46, 165101 (2013)