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Data Science and Quantum Computing Workshop

27–29 Jun 2018
TRIUMF
America/Vancouver timezone

Contribution List

40 / 40
46. Planning Slides
27/06/2018, 08:00
7. Welcome
Prof. Jens Dilling (TRIUMF)
27/06/2018, 09:00
8. Introduction to TRIUMF
Dr Jonathan Bagger (TRIUMF)
27/06/2018, 09:10
9. Introduction to Helmholtz
Joachim Mnich (DESY)
27/06/2018, 09:30
10. The EOSC Pilot and the Helmholtz Incubator
Volker Gülzow (DESY)
27/06/2018, 10:20
11. Quantum Computing at ORNL . . . and Beyond
David Dean (Oak Ridge National Laboratory)
27/06/2018, 10:40
12. KEY SFU's Big Data Initiative
Trevor Roald (Simon Fraser University)
27/06/2018, 11:00
13. UBC Data Science Institute
Mark Schmidt (University of British Columbia)
27/06/2018, 11:20
14. Institute for Quantum Computing - Waterloo
Vlad Gheorghiu
27/06/2018, 11:40
15. Canada’s Digital Technology Supercluster – A catalyst for Digital Transformation in Canadian Industries
Dean Prelazzi
27/06/2018, 12:00
30. Quantum magnetism on a chip
Richard Harris (D-WAVE)
27/06/2018, 13:30
Feynman's original vision for a quantum computer was of a physical quantum system whose Hamiltonian could be adjusted in situ to simulate the physics of a variety of other quantum systems. Quantum magnetic systems, with localized spins and short range interactions, are perhaps the simplest such physical quantum system that can be implemented in existing solid state technologies. This lecture...
18. Westgrid / Compute Canada
Lindsay Sill (WestGrid)
27/06/2018, 14:50
16. EOSC and the EOSC Pilot; a European View
Patrick Fuhrman (DESY)
27/06/2018, 15:10
17. R&D for High Energy and Astroparticle Physics
Manuel Giffels (Karlsruhe Institute of Technology)
27/06/2018, 15:30
19. Quantum Computing Landscape
Kausar Samli (1QBIT)
27/06/2018, 15:50
20. Helmholtz Analytics Framework Project
Markus Goetz (Karlsruhe Institute of Technology)
28/06/2018, 09:00
21. Applications of FairROOT
Thorsten Kollegger (GSI)
28/06/2018, 09:30
22. Quantum Computer Simulators / Quantum Computer User Facility JUNIQ
Kristel Michielsen (Juelich)
28/06/2018, 09:50
23. TRIUMF Innovations
Ms Kathryn Hayashi (TRIUMF Innovations)
28/06/2018, 10:50
24. Examples from the Particle Physics Department
Dr Oliver Stelzer-Chilton (TRIUMF)
28/06/2018, 11:10
25. Nuclear Physics at TRIUMF: Perspectives on applications of ML and QC
Dr Petr Navratil (TRIUMF)
28/06/2018, 11:30
27. Deep Neural Network Applications for Particle Imaging Detectors
Terao Kazuhiro (SLAC National Accelerator Laborator)
28/06/2018, 13:00
28. Analyzing and Predicting Software Bugs with a Hidden Markov Model
Thomas Stibor (GSI)
28/06/2018, 13:20
29. Machine Learning using Quantum Computing
Ehsan Zahedinejad (1QBIT)
28/06/2018, 13:40
31. The D-Wave Quantum Cloud Platform and Application Examples
Alan Baratz (D-WAVE)
28/06/2018, 14:00
32. Quantum Computing for Nuclear Physics: Linear Response
Joseph Carlson (Los Alamos National Laboratory)
28/06/2018, 14:50
33. Tensor network and quantum computing challenges for high energy physics
Karl Jansen (DESY)
28/06/2018, 15:10
34. Quantum simulation of lattice gauge theories
Christine Muschik (University of Waterloo)
28/06/2018, 15:30
35. Quantum computation of the deuteron
Titus Morris (Oak Ridge National Laboratory)
28/06/2018, 15:50
36. Pursuing the Quantum Advantage for QCD
Martin Savage (University of Washington)
28/06/2018, 16:10
45. Protein design with hybrid quantum/classical algorithms
Mark Fingerhuth (ProteinQure)
28/06/2018, 16:30
40. Panel Discussion
Helmholtz, TRIUMF, D-WAVE, 1QBIT
29/06/2018, 14:00
41. MOU
29/06/2018, 14:30
43. Closing Remarks
29/06/2018, 14:50
44. Reception
29/06/2018, 15:10
26. Accelerator Division
Richard Baartman (TRIUMF)
37. Bus Departure
39. Bus Return to TRIUMF
38. Dinner Cruise
42. MOU Signing
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