Quantum control gates are a vital element in many quantum algorithms. However, their description in multiple qubit system is not straightforward. An algorithmic way to think about quantum control gates is presented with an implentation in Python.

QuDotPy is an open source quantum computing library I wrote in Python, hosted on GitHub QuDotPy. It aims to be easy to use and extend, but don't take my word for it, follow our tutorial to see for yourself and maybe contribute!

The Ising model is a simplified model of how a magnet works. It is useful to study because it is a good example of many-body physics and how quantum problems scale exponentially. Also, we will use QuDotPy to find the ground state and energy.

This is a cloud architecture for real-time log analysis and reporting. It combines Elasticsearch, Kibana, and a host of AWS cloud technologies to implement a scalable log storage and analysis solution.

An overview on how to use a Fabric / Elasticbeanstalk to deploy code changes to a fleet of app servers.

One of the most beautiful interplays between mathematics and physics are guage theories. Here we connect the deep mathematics of manifolds with symmetries, conservation laws, and culminate with the standard model of particle physics.