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TensorFlow-based framework for simulation of quantum dynamics of weakly anharmonic oscillators (transmons)

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.gitignore
.gitignore
 
 
AVG sample IQ low power.png
AVG sample IQ low power.png
 
 
AVG sample IQ medium.png
AVG sample IQ medium.png
 
 
AVG sample IQ strong.png
AVG sample IQ strong.png
 
 
AVG sample IQ weak.png
AVG sample IQ weak.png
 
 
AVG sample imag low power.png
AVG sample imag low power.png
 
 
AVG sample imag medium.png
AVG sample imag medium.png
 
 
AVG sample imag strong.png
AVG sample imag strong.png
 
 
AVG sample imag weak.png
AVG sample imag weak.png
 
 
AVG sample real low power.png
AVG sample real low power.png
 
 
AVG sample real medium.png
AVG sample real medium.png
 
 
AVG sample real strong.png
AVG sample real strong.png
 
 
AVG sample real weak.png
AVG sample real weak.png
 
 
Decay Demonstration.ipynb
Decay Demonstration.ipynb
 
 
Decay demonstration average.png
Decay demonstration average.png
 
 
Decay demonstration homodyne Bloch trajectory 0 non-rwa.png
Decay demonstration homodyne Bloch trajectory 0 non-rwa.png
 
 
Decay demonstration homodyne Bloch trajectory 0 rwa.png
Decay demonstration homodyne Bloch trajectory 0 rwa.png
 
 
Decay demonstration homodyne Bloch trajectory 1 non-rwa.png
Decay demonstration homodyne Bloch trajectory 1 non-rwa.png
 
 
Decay demonstration homodyne Bloch trajectory 1 rwa.png
Decay demonstration homodyne Bloch trajectory 1 rwa.png
 
 
Decay demonstration homodyne Bloch trajectory 2 non-rwa.png
Decay demonstration homodyne Bloch trajectory 2 non-rwa.png
 
 
Decay demonstration homodyne Bloch trajectory 2 rwa.png
Decay demonstration homodyne Bloch trajectory 2 rwa.png
 
 
Decay demonstration homodyne Bloch trajectory 3 non-rwa.png
Decay demonstration homodyne Bloch trajectory 3 non-rwa.png
 
 
Decay demonstration homodyne Bloch trajectory 3 rwa.png
Decay demonstration homodyne Bloch trajectory 3 rwa.png
 
 
Decay demonstration homodyne Bloch trajectory mean non-rwa.png
Decay demonstration homodyne Bloch trajectory mean non-rwa.png
 
 
Decay demonstration homodyne Bloch trajectory mean rwa.png
Decay demonstration homodyne Bloch trajectory mean rwa.png
 
 
Decay demonstration homodyne trajectory 0 non-rwa.png
Decay demonstration homodyne trajectory 0 non-rwa.png
 
 
Decay demonstration homodyne trajectory 0 rwa.png
Decay demonstration homodyne trajectory 0 rwa.png
 
 
Decay demonstration homodyne trajectory 1 non-rwa.png
Decay demonstration homodyne trajectory 1 non-rwa.png
 
 
Decay demonstration homodyne trajectory 1 rwa.png
Decay demonstration homodyne trajectory 1 rwa.png
 
 
Decay demonstration homodyne trajectory 2 non-rwa.png
Decay demonstration homodyne trajectory 2 non-rwa.png
 
 
Decay demonstration homodyne trajectory 2 rwa.png
Decay demonstration homodyne trajectory 2 rwa.png
 
 
Decay demonstration homodyne trajectory 3 non-rwa.png
Decay demonstration homodyne trajectory 3 non-rwa.png
 
 
Decay demonstration homodyne trajectory 3 rwa.png
Decay demonstration homodyne trajectory 3 rwa.png
 
 
Decay demonstration homodyne trajectory mean non-rwa.png
Decay demonstration homodyne trajectory mean non-rwa.png
 
 
Decay demonstration homodyne trajectory mean rwa.png
Decay demonstration homodyne trajectory mean rwa.png
 
 
Decay demonstration homodyne trajectory mean.png
Decay demonstration homodyne trajectory mean.png
 
 
Decay demonstration homodyne.png
Decay demonstration homodyne.png
 
 
Decay demonstration single-photon.png
Decay demonstration single-photon.png
 
 
Dispersive readout signal averaged excited strong.png
Dispersive readout signal averaged excited strong.png
 
 
Dispersive readout signal averaged excited weak.png
Dispersive readout signal averaged excited weak.png
 
 
Dispersive readout signal averaged excited.png
Dispersive readout signal averaged excited.png
 
 
Dispersive readout signal averaged ground strong.png
Dispersive readout signal averaged ground strong.png
 
 
Dispersive readout signal averaged ground weak.png
Dispersive readout signal averaged ground weak.png
 
 
Dispersive readout signal averaged ground.png
Dispersive readout signal averaged ground.png
 
 
Dispersive readout signal averaged superposition medium.png
Dispersive readout signal averaged superposition medium.png
 
 
Dispersive readout signal averaged superposition strong.png
Dispersive readout signal averaged superposition strong.png
 
 
Dispersive readout signal averaged superposition weak.png
Dispersive readout signal averaged superposition weak.png
 
 
Dispersive readout signal averaged superposition.png
Dispersive readout signal averaged superposition.png
 
 
Gleb's tumor.ipynb
Gleb's tumor.ipynb
 
 
Glebs-tumor-em.pkl
Glebs-tumor-em.pkl
 
 
LICENSE
LICENSE
 
 
Purcell excited strong.png
Purcell excited strong.png
 
 
Purcell excited weak.png
Purcell excited weak.png
 
 
Purcell ground strong.png
Purcell ground strong.png
 
 
Purcell ground weak.png
Purcell ground weak.png
 
 
Purcell superposition medium.png
Purcell superposition medium.png
 
 
Purcell superposition strong.png
Purcell superposition strong.png
 
 
Purcell superposition weak.png
Purcell superposition weak.png
 
 
Purcell.png
Purcell.png
 
 
QuTFyP-playground.ipynb
QuTFyP-playground.ipynb
 
 
QuTFyP-unittests.py
QuTFyP-unittests.py
 
 
QuTFyP.py
QuTFyP.py
 
 
Qubit state excited strong.png
Qubit state excited strong.png
 
 
Qubit state excited weak.png
Qubit state excited weak.png
 
 
Qubit state excited.png
Qubit state excited.png
 
 
Qubit state ground strong.png
Qubit state ground strong.png
 
 
Qubit state ground weak.png
Qubit state ground weak.png
 
 
Qubit state ground.png
Qubit state ground.png
 
 
Qubit state superposition low power.png
Qubit state superposition low power.png
 
 
Qubit state superposition medium power.png
Qubit state superposition medium power.png
 
 
Qubit state superposition medium.png
Qubit state superposition medium.png
 
 
Qubit state superposition strong.png
Qubit state superposition strong.png
 
 
Qubit state superposition weak.png
Qubit state superposition weak.png
 
 
Qubit state superposition.png
Qubit state superposition.png
 
 
Qubit state trajectories excited strong.png
Qubit state trajectories excited strong.png
 
 
Qubit state trajectories excited weak.png
Qubit state trajectories excited weak.png
 
 
Qubit state trajectories excited.png
Qubit state trajectories excited.png
 
 
Qubit state trajectories ground strong.png
Qubit state trajectories ground strong.png
 
 
Qubit state trajectories ground weak.png
Qubit state trajectories ground weak.png
 
 
Qubit state trajectories ground.png
Qubit state trajectories ground.png
 
 
Qubit state trajectories superposition medium.png
Qubit state trajectories superposition medium.png
 
 
Qubit state trajectories superposition strong.png
Qubit state trajectories superposition strong.png
 
 
Qubit state trajectories superposition weak.png
Qubit state trajectories superposition weak.png
 
 
Qubit state trajectories superposition.png
Qubit state trajectories superposition.png
 
 
README.md
README.md
 
 
Resonator population excited strong.png
Resonator population excited strong.png
 
 
Resonator population excited weak.png
Resonator population excited weak.png
 
 
Resonator population excited.png
Resonator population excited.png
 
 
Resonator population ground strong.png
Resonator population ground strong.png
 
 
Resonator population ground weak.png
Resonator population ground weak.png
 
 
Resonator population ground.png
Resonator population ground.png
 
 
Resonator population superposition medium.png
Resonator population superposition medium.png
 
 
Resonator population superposition strong.png
Resonator population superposition strong.png
 
 
Resonator population superposition weak.png
Resonator population superposition weak.png
 
 
Resonator population superposition.png
Resonator population superposition.png
 
 
Separation fidelity strong.png
Separation fidelity strong.png
 
 
Separation fidelity superposition.png
Separation fidelity superposition.png
 
 
Separation fidelity weak.png
Separation fidelity weak.png
 
 
awg_iq_simulator.py
awg_iq_simulator.py
 
 
cQED Dispersive readout.ipynb
cQED Dispersive readout.ipynb
 
 

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QuTFyP

TensorFlow-based framework for simulation of quantum dynamics of weakly anharmonic oscillators (transmons)

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TensorFlow-based framework for simulation of quantum dynamics of weakly anharmonic oscillators (transmons)

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