The classical computer on your lap or housed in your data centre manipulates data represented with a binary encoding. Quantum computers are different; they use atomic level mechanics to represent multiple data states simultaneously, leading to a phenomenal exponential increase in the representable state of data, and new solutions to problems that are infeasible using today’s classical computers. In five years, the effects of quantum computing will reach beyond the research lab. It will be used extensively by new categories of professionals and developers looking to this emerging method of computing to solve problems once considered unsolvable.
This session assumes no prior knowledge of quantum technology and presents a introduction to the field of quantum computing, including an introduction to the quantum bit, the types of problem suited to quantum computing, a demo of running algorithms on IBM Q quantum devices, and a peek into the future of quantum computers.
Dr Holly Cummins holds a DPhil in Quantum Computation from Oxford University, and is the worldwide development practice lead for the IBM Cloud Garage. As part of the Cloud Garage, Holly delivers technology-enabled innovation to clients across a range of industries, from banking to catering to retail to NGOs. She has led projects to count fish, help a blind runner run ultra-marathons in the desert solo, improve health care for the elderly, and change how city parking works. Holly is also a Java Champion, IBM Q Ambassador, and JavaOne Rock Star. Before joining the Cloud Garage, she was Delivery Lead for the WebSphere Liberty Profile (now Open Liberty). Holly co-authored Manning’s Enterprise OSGi in Action. Holly is the programme committee chair for Devoxx UK and has spoken in eighteen countries, including at JavaOne, Devoxx, JavaZone, JFokus, The ServerSide Java Symposium, JAX London, QCon, GeeCon, and the Great Indian Developer Summit.