This page contains codes from various publications of mine. If you want one that is not listed feel free to
request it. The files are gzipped tarballs,
that unpack into their own directory. All codes are C++,
or C++/MPI,
all compiled using gcc,
with Matlab
scripts that display the results. Some codes also have
Python scripts used
to submit multiple jobs to a queueing system, and some require that you install FFTW.
I'm
affraid I cannot assist if you have problems compiling or running the codes. But if "make" doesn't work
the first time, run it a second time. You need to have mkdep installed. If you find an error
in any code that
means that it does not properly solve the intended problem, please let me know. These
codes are not licensed
in any way — you may do with them what you wish. Of course, they
also have no warrantee whatsoever —
not even the implied warrantee of fitness for an intended
purpose. You
use them at your own risk.
1. Shizume, Jacobs, Burgarth, Bose, PRA 75, 062328 (2007) spin_chain_meas.tar.gz (the publication used an MPI version of this)
2. Jacobs, Lougovski, Blencowe, PRL 98, 147201 (2007) energy_meas.tar.gz
3. Jacobs, EPL 85, 40002 (2009) brownian_sse.tar.gz
4. Jacobs, Tian, Finn, PRL 102, 057208 (2009) x2_meas.tar.gz (serial code, no decoherence)
A
Library of C++ Classes for Quantum Simulations:
C++
example code that uses the classes:proj.cc Header file for
the classes:qobjects.h File
that implements the classes: qobjects.cc
Kurt Jacobs / Department of Physics / Umass
Boston