QuTiP: Quantum Toolbox in Python

Welcome to the QuTiP users Group.  To join, just post a message!
Note this group is for help in installing or using the toolkit, or general idea for the project. 
For issues and ideas about, and contributions to, the QuTiP code go to the QuTiP GitHub
If you need help using QuTiP please look through the old posts before submitting a new one.


Showing 1-29 of 367 topics
Linux installation Alex Pitchford 6/15/16
Windows Installations Alex Pitchford 6/14/16
Mac installations Alex Pitchford 6/12/16
qutip packages on the conda-forge Alex Pitchford 5/10/16
ANN: QuTiP 3.1.0 Robert Johansson 5/5/15
ANN: Change in QuTiP Developers Paul Nation 3/11/15
ANN: QuTiP 3.0.1 release Robert Johansson 8/5/14
ANN: QuTiP 3.0.0 release Robert Johansson 8/4/14
NEW VERSION: QuTiP 2.2.0 Robert Johansson 6/4/13
Using a time dependent operator as a "control" term in the optimization module. Bill Huggins 6/29/16
using a time-dependent/dynamic collapse operator in mcsolve justin....@googlemail.com 6/29/16
Studying the Mollow Triplet athanj...@gmail.com 6/27/16
Negative second order coherence function !!! mehrosadate...@gmail.com 6/27/16
Correct definition of the decay rates in the lindblad terms M Cotrufo 6/26/16
cross_ correlation function mehrosadate...@gmail.com 6/25/16
problem in executing !!! mehrosadate...@gmail.com 6/21/16
Append a time dependent collapse operator hugo....@gmail.com 6/21/16
Importance of dims funda...@googlemail.com 6/19/16
relative phase mehrosadate...@gmail.com 6/14/16
Pulse optimization doesn't seem to be terminating with max_wall_time Bill Huggins 6/9/16
Raspbian/ Debain Linux Installation Manish Gupta 6/9/16
Quantum Dots coupled with leads Nab 6/7/16
Efficient way to define time dependent Hamilonian and collapase operator Ronald 6/5/16
pyximport fail on linux Alex Pitchford 6/3/16
Time rescaling ! mehrosadate...@gmail.com 5/31/16
Four level atom mehrosadate...@gmail.com 5/24/16
Superoperator on operator funda...@googlemail.com 5/16/16
time dependent *negative* rates with collapse operators Peter G 5/16/16
np.sqrt(a.dag()*a) ?? mehrosadate...@gmail.com 5/16/16
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