In support of open science, we’ve made publicly available the simulation code used in our recent study of using variational imaginary time evolution on hybrid classical-quantum computers to discover energy spectra.
The code is hosted here on github, and includes a brief demo of its usage. Discover more of the code behind our papers on the code page.
Studies high performance simulation of quantum computation, and the use of quantum computers to speedup important computational problems
To run a program, a computer needs to understand how to perform each operation written in the code. But there are possibly thousands of programming languages which contain extremely many basic operations. How can one computer Read more…
We’ve uploaded a short Mathematica notebook which allows one to generate and play with the unitary matrices generated by short, rudimentary quantum circuits. Check it out on the resources page.
We’ve added a guide on using the GNU Scientific library – a powerful C/C++ numerical methods library – on OSX and linux supercomputers (using the Oxford ARCUS-B as an example). Read it here!