Carlo Beenakker

Professor

Leiden University

Netherlands

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Carlo Beenakker is a Professor at Universiteit Leiden in the Netherlands. His research focuses on various aspects of condensed matter physics, including normal-superconductor junctions, Majorana interferometers, and the dynamics of Dirac fermions. Recent publications highlight his work on phenomena such as shot noise, diamagnetism in superconductors, and dissipationless transport in interacting bosonic systems.

Articles (20)

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2022

Collaborators (3)

Stefano Polla

Leiden University

NETHERLANDS

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Louk Rademaker

SNSF Professor

Université de Genève

SWITZERLAND

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Jakub Tworzydło

professor

University of Warsaw

POLAND

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Carlo Beenakker

Research Interests

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About

Articles (20)

Something about the Mechanism of Induction Phenomena: The forgotten work of Berta de Haas-Lorentz on diamagnetism in superconductors

Bimodal distribution of delay times and splitting of the zero-bias conductance peak in a double-barrier normal-superconductor junction

Shot noise from which-path detection in a chiral Majorana interferometer

Boundary-condition-assisted chiral-symmetry protection of the zeroth Landau level on a two-dimensional lattice

Entropy and singular-value moments of products of truncated random unitary matrices

Single-cone Dirac edge states on a lattice

Majorana-metal transition in a disordered superconductor: percolation in a landscape of topological domain walls

Observation of dissipationless transport of 1D interacting bosonic atoms

Poor man's Majorana edge mode enabled by specular Andreev reflection

Luttinger liquid tensor network: Sine versus tangent dispersion of massless Dirac fermions

Phase-shifted Andreev levels in an altermagnet Josephson junction

Tangent Fermions: Dirac or Majorana Fermions on a Lattice Without Fermion Doubling

Magnus effect on a Majorana zero mode

Pair correlation function of the one-dimensional Riesz gas

Method to preserve the chiral-symmetry protection of the zeroth Landau level on a two-dimensional lattice

Reflectionless Klein tunneling of Dirac fermions: comparison of split-operator and staggered-lattice discretization of the Dirac equation

Supercell symmetry modified spectral statistics of Kramers–Weyl fermions*

Breathing mode in open-orbit magnetotransport: A magnetic lens with a quantum mechanical focal length

Massless Dirac Fermions on a Space‐Time Lattice with a Topologically Protected Dirac Cone

Bloch oscillations in the magnetoconductance of twisted bilayer graphene

Collaborators (3)

Stefano Polla

Louk Rademaker

Jakub Tworzydło

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