A quantum computer makes use of the quantum states of subatomic particles to store and process information. Quantum computing has the potential to solve certain types of problems much more quickly than standard computers can do, and thus many researchers are working on developing large scale quantum computers. Remarkably, black holes may play a crucial role in understanding how a quantum computer might work: black holes are the most efficient quantum computers that can exist in Nature. In this talk we will explain what black holes might teach us about quantum computing and conversely what quantum information implies for the fundamental physics of black holes.
Marika Taylor studied for her PhD with Stephen Hawking in Cambridge. Following postdoctoral research at Harvard and Cambridge, she held a faculty position at the University of Amsterdam. She moved to the University of Southampton in 2012 as part of the Southampton Theory Astronomy and Gravity (STAG) initiative. Marika was awarded the 2008 Minerva Prize by the Dutch Research Council FOM and was elected a member of the Young Academy of the Dutch Royal Society in 2009.
The lecture is free to attend for members and non-members of IET. The lecture qualifies for 1½ CPD hours.
The meal in Savoy Place will be available for a group price of £16 per person including wine.
Visitors are recommended to arrive early enough to allow time for the security check-in procedures; lunch must be paid for in the Faraday Kitchen (level 2) before the meal. The lecture is expected to be in the Mountbatten Room (level 2), the lunch might be in Riverside Room One (level 3).
These Friday afternoon lunch / lecture events are held approximately every month.