2007 Press Releases

02 Feb 2007

Computing: Is the answer in the quantum world?, 15 February



In a lecture at UCC on 15 February titled "Quantum Information: A Glimpse at the Strange and Intriguing Future of Information" - the keynote address in this year's Annual Boole Lecture in Informatics - Professor Dan C. Marinescu, School of Computer Science, University of Central Florida, Orlando, will explore the strange world of Quantum Computing and will ask if Quantum Computing is the way forward in the 21st Century.

The development of the microprocessor, high-speed optical communications, high density storage technologies and the widespread use of sensors mean that today we are able to collect enormous volumes of information, and to process and transmit it at high speeds. The Worldwide Web is a well-known part of this phenomenon. The information revolution profoundly affects our daily lives, so much so that George Boole would be very surprised to see how the seeds he planted in his 1847 pamphlet, "Mathematical Analysis of Logic", have flourished.

Today, we are approaching the limits of our current technology and information processing is facing new challenges that limit our ability to build faster and smaller computing machines; we have a hard time ensuring security of communications; we are overwhelmed by the volume of information flowing to our desktop, and it is increasingly difficult to tell the important information from the irrelevant.

One promising way of tacking these problems is Quantum Computing.

The Boole Lecture Series in Informatics is sponsored annually by the Boole Centre for Research in Informatics, the Cork Constraint Computation Centre, the Department of Computer Science & School of Mathematical Sciences.

The lecture takes place on Thursday, 15 February, 8pm, Boole III Lecture Theatre.  Members of the public are invited to attend and admission is free.

372MMcS


« Back to 2007 Press Releases

                 

University College Cork

Coláiste na hOllscoile Corcaigh

College Road, Cork T12 K8AF

Top