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BLACK-STONE

Specification and Implementation of Quantum Common Lisp and the Black Stone Quantum Computer simulator, for modelling classical interface gate-model quantum computer programs.

Note: due to an unfortunate naming conflict with Omer's QCL, a quantum programming language based on the syntax of C, we will generally refer to Quantum Common Lisp as (qcλ), or qclambda in the source.

Documentation available at: http://thephoeron.viewdocs.io/black-stone

Sources and References

Quantum Computation and Quantum Information, Nielson and Chuang, 10th anniversary ed., 2010.
Quantum Computing for Computer Scientists, Yanofsky and Mannucci, 2008.
Quantum Algorithms via Linear Algebra, Lipton and Regan, 2015.
Quantum Information, Computation, and Communication, Jones and Jaksch, 2012.
Quantum Processes, Systems, and Information, Schumacher and Westmoreland, 2010.
Quantum Computer Science, Mermin, 2007.
Quipper, embedded, scalable pure functional language for quantum computation, Selinger, 2013.
Quantum Lambda Calculus, Selinger, 2009.
"A lambda calculus for quantum computation with classical control, Selinger, 2006.
QGAME: Quantum Gate And Measurement Emulator
Q-Lisp Project (Quantum Computer Programming Language) (not to be confused with QLISP CL Extension for parallel processing)
Simulation of Quantum Computations in Lisp ftp://prog.vub.ac.be/tech_report/2006/vub-prog-tr-06-15.pdf

Installation & Use (Linux/OS X)

Dump the executable:

$ CC=gcc sbcl --script make.lisp

Install for all users:

$ sudo install -v ./black-stone /usr/local/bin

Or if you have a local executable directory on your path:

$ install -v ./black-stone ~/bin

When running from the terminal, it is recommended to use RLWRAP:

$ rlwrap black-stone
...

#[BLACK-STONE::QCL-USER]> _

This will provide you with an improved line-editing environment over the underlying SBCL REPL.

System Requirements

Tested on Linux x86_64 and OS X 10.7

SBCL 1.1.14+
Quicklisp

Dependencies

Available through Quicklisp: