qtt
latest
  • Introduction
  • Example notebooks
    • Measurements
      • Perform simple measurements with the qtt measurement functions
      • Defining a station
      • Example of videomode tuning
      • Using the Virtual AWG
      • Spin qubit measurement software
      • Using the virtual dot array
    • Analysis
      • Fit scan of Ohmic contact
      • Fitting PAT measurements
      • Fitting an AllXY experiment
      • Example of automatic fitting of anti-crossing
      • Example fitting AWG to plunger factor
      • Compensation for a non-linear charge sensor
      • Analyse and fit Coulomb peaks
      • Fitting an RTS histogram and extracting the tunnel rates
      • Simulation of Elzerman readout
      • Fitting a Fermi distribution to a quantum dot addition line
      • Fitting the data from a Ramsey experiment
      • Determining the pinch-off value of a gate
      • Example of extracting the lever arm and the charging energy from bias triangles and addition lines
      • Example for analysis a barrier-barrier scan of a single quantum dot
      • Example of polarization line fitting
    • Data
      • Dataset processing
      • Serialization
      • Example MongoDB storage interface
      • Data serialization
    • Simulation
      • Classical simulation of triple dot
      • Simulated charge stability diagrams for a 2x2 quantum dot system
      • One and two electron Hamiltonian
      • Classical simulation of quantum dots
  • Measurements
  • Algorithms
  • Simulation
  • Calibrations
  • Contributing
qtt
  • Example notebooks
  • Edit on GitHub

Example notebooks

Measurements

  • Perform simple measurements with the qtt measurement functions
  • Defining a station
  • Example of videomode tuning
  • Using the Virtual AWG
  • Spin qubit measurement software
  • Using the virtual dot array

Analysis

  • Fit scan of Ohmic contact
  • Fitting PAT measurements
  • Fitting an AllXY experiment
  • Example of automatic fitting of anti-crossing
  • Example fitting AWG to plunger factor
  • Compensation for a non-linear charge sensor
  • Analyse and fit Coulomb peaks
  • Fitting an RTS histogram and extracting the tunnel rates
  • Simulation of Elzerman readout
  • Fitting a Fermi distribution to a quantum dot addition line
  • Fitting the data from a Ramsey experiment
  • Determining the pinch-off value of a gate
  • Example of extracting the lever arm and the charging energy from bias triangles and addition lines
  • Example for analysis a barrier-barrier scan of a single quantum dot
  • Example of polarization line fitting

Data

  • Dataset processing
  • Serialization
  • Example MongoDB storage interface
  • Data serialization

Simulation

  • Classical simulation of triple dot
  • Simulated charge stability diagrams for a 2x2 quantum dot system
  • One and two electron Hamiltonian
  • Classical simulation of quantum dots

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© Copyright 2018, Pieter Eendebak. Revision ba9aa9bd.

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