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Joakim Bergli

Associate Professor - Condensed Matter Physics
Image of Joakim Bergli
Norwegian version of this page
Phone +47-22854304
Fax +47-22856422
Room FV103
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Visiting address Department of Physics Sem Sælandsvei 24 0371 OSLO
Postal address Postboks 1048 Blindern 0316 OSLO

Academic Interests

I work on theoretical solid state physics. In particular, I have been working on:

  • Quantum transport
  • Quantum information theory
  • Decoherence of superconducting qubits
  • Electron glasses

I am also intersted in foundational problems in quantum mechanics.

Teaching

FYS1000

Publications

  • Bergli, Joakim & Galperin, Yuri (2013). Universal scaling form of AC response in variable range hopping.
  • Martinsen, Ørjan Grøttem; Grimnes, Sverre; Bergli, Joakim & Galperin, Yuri (2013). Universality in the electrical conductance of human hair..
  • Bergli, Joakim (2011). Maxwell's demon and the second law of thermodynamics.
  • Bergli, Joakim (2011). Relaxation processes in Coulomb glasses.
  • Bergli, Joakim (2010). Hot Electrons.
  • Bergli, Joakim (2010). Slow Relaxation and Equilibrium. Dynamics in a 2 D Coulomb Glass: Demonstration of Stretched Exponential. Energy Correlations.
  • Bergli, Joakim (2009). Kvantedatamaskiner.
  • Bergli, Joakim (2009). Slow Relaxation and Equilibrium Dynamics in a 2 D Coulomb Glass: Demonstration of Stretched Exponential Energy Correlations.
  • Bergli, Joakim (2009). Slow Relaxation and Equilibrium Dynamics in a 2 D Coulomb Glass: Demonstration of Stretched Exponential Energy Correlations.
  • Bergli, Joakim (2009). Snell’s law for shear zone refraction in granular materials.
  • Bergli, Joakim (2009). Study of two-electron jumps in relaxation of Coulomb glasses.
  • Bergli, Joakim (2009). Study of two-electron jumps in relaxation of Coulomb glasses.
  • Galperin, Yuri; Bergli, Joakim & Altshuler, Boris (2008). Decoherence in quantum devices due to low-frequency noise of environment: Role of non-Gaussian effects.
  • Bergli, Joakim (2007). Exact solution for the dynamical decoupling of a qubit with telegraph noise.
  • Bergli, Joakim (2007). Kvantedatamaskiner - hvorfor vil vi bygge en, og hverdan kan det gjøres?.
  • Bergli, Joakim (2007, 07. februar). Maxwells demon. [Radio].  Verdt å vite, NRK p2.
  • Bergli, Joakim (2007, 20. april). Om jordas magnetfelt. [Radio].  Verdt å vite.
  • Kirkengen, Martin; Bergli, Joakim & Galperin, Yuri (2007). Surface Plasmons in Solar Cells.
  • Bergli, Joakim (2006). Dynamical decoupling of a qubit with telegraph noise.
  • Bergli, Joakim (2006). Solving quantum problems on a quantum computer.
  • Bergli, Joakim (2006). `Spin echo in an arbitrary magnetic field: How to undo an unknown rotation.
  • Bergli, Joakim (2006). Spin echo in an arbitrary magnetic field: How to undo an unknown rotation.
  • Bergli, Joakim (2006). Spin echo in an arbitrary magnetic field: How to undo an unknown rotation.
  • Bergli, Joakim (2006). Spin echo in an arbitrary magnetic field: How to undo an unknown rotation.
  • Galperin, Yuri; Bergli, Joakim; Altshuler, B. L.; Shantsev, Daniil; Faoro, L. & Martin, I (2006). Non-Gaussian Low-Frequency Noise as a Source of Qubit Decoherence.
  • Galperin, Yuri; Shantsev, Daniil; Bergli, Joakim & Altshuler, B. L. (2006). Rabi oscillations of a qubit coupled to a two-level system.
  • Bergli, Joakim (2005). Hvorfor har jorda et magnetfelt?.
  • Bergli, Joakim (2005). Models of environment and T1 relaxation in Superconducting qubits.
  • Bergli, Joakim (2005). Models of environment and T1 relaxation of superconducting qubits.
  • Bergli, Joakim (2005). Models of environment and T1 relaxation of superconducting qubits.
  • Bergli, Joakim (2005). Quantum Computing.
  • Shantsev, Daniil; Galperin, Yuri; Altshuler, B. L. & Bergli, Joakim (2005). Non-Gaussian low-frequency noise as a source of qubit decoherence.
Published Nov 4, 2010 12:10 PM - Last modified Feb 18, 2013 05:02 PM