Ladies and Gentlemen. Due to the coronavirus epidemic in Poland, the CTP PAS is operating in a limited way. In particular, until further notice the secretariat and the accountancy of the CTP PAS will be working only remotely. Contact with the administration is possible only by an e-mail. We are sorry for any inconvenience.

Seminar details

Name Quantum Information and Quantum Computing working group
Title Accelerating Scientific Computing Using Today’s Quantum Computers
Details

Quantum computing promises new approaches to solving hard computational problems by using the principles of quantum mechanics. The global scientific community is now using these principles to solve scientific problems by taking advantage of recent developments in noisy, intermediate-scale (NISQ) quantum computing hardware and software. I will discuss how developing NISQ algorithms may be used for simulating quantum mechanical systems and applying them to application-specific problems in chemistry, nuclear physics, and applied mathematics. These efforts are developing a quantum computing ecosystem through an interdisciplinary effort to translate scientific computing to the next-generation of accelerated computing platforms. Alongside software applications and hardware infrastructure, I will also discuss how to measure performance in quantum computers, the challenges looming for near-term demonstrations, and the milestones expected on the way toward new scientific discoveries with quantum computing. 

______________________________________________

Zoom meeting details

Topic: Quantum Information and Quantum Computing Working Group

Time: June 18, 2020, 04:00 PM Warsaw

Join Zoom Meeting:
QIQCWG-ZOOM

Meeting ID: 922 2710 3826
Password: bQ,"mfjpB!

If you encounter any problems with connecting to the Zoom meeting, please email filip.b.maciejewski@gmail.com directly.

Time Thursday, 18 June 2020, at 16:00 CEST The seminar was held!
Speaker

Dr Travis Humble  (Oak Ridge National Laboratory)

Seminar Language English
Organisers Michał Oszmaniec; Filip Maciejewski;