Data Science and Quantum Computing Workshop

Jun 27, 2018, 7:30 a.m. → Jun 29, 2018, 6:00 p.m. America/Vancouver

Auditorium (TRIUMF)

Wed, June 27

8:00 a.m. → 9:00 a.m. Registration Desk: Open 8:00 - 11:00

8:00 a.m. Planning Slides

Slides book.pptx

9:00 a.m. → 10:00 a.m. Opening

9:00 a.m. Welcome

Speaker: Prof. Jens Dilling (TRIUMF)

Slides DS_QC_June_2018_welcome_JD.pdf

9:10 a.m. Introduction to TRIUMF

Speaker: Dr Jonathan Bagger (TRIUMF)

Slides Bagger_Quantum_Workshop_FINAL.pptx

9:30 a.m. Introduction to Helmholtz

Speaker: Joachim Mnich (DESY)

Slides Introduction-Helmholtz.v1.pptx

10:00 a.m. → 10:20 a.m. COFFEE BREAK

10:20 a.m. → 12:30 p.m. Partner Programs

Conveners: Jens Dilling (TRIUMF), Joachim Mnich (DESY)

10:20 a.m. The EOSC Pilot and the Helmholtz Incubator

Speaker: Volker Gülzow (DESY)

Slides Triumf-EOSC-Incubator.pptx

10:40 a.m. Quantum Computing at ORNL . . . and Beyond

Speaker: David Dean (Oak Ridge National Laboratory)

Slides 20180627_TRIUMF_Dean.pptx

11:00 a.m. KEY SFU's Big Data Initiative

Speaker: Trevor Roald (Simon Fraser University)

11:20 a.m. UBC Data Science Institute

Speaker: Mark Schmidt (University of British Columbia)

11:40 a.m. Institute for Quantum Computing - Waterloo

Speaker: Vlad Gheorghiu

Slides talk.pdf

12:00 p.m. Canada’s Digital Technology Supercluster – A catalyst for Digital Transformation in Canadian Industries

Speaker: Dean Prelazzi

Slides Supercluster_-_Triumf_v2_-_June_2018_6.pdf

12:30 p.m. → 1:30 p.m. LUNCH

1:30 p.m. → 2:30 p.m. TRIUMF Colloquium | D-WAVE Quantum Computing

1:30 p.m. Quantum magnetism on a chip

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 will review how a D-Wave 2000Q quantum annealing processor, an ostensibly 2-dimensional circuit, can be used to realize phase transitions in the transverse field Ising model on a 3-dimensional lattice.

Speaker: Richard Harris (D-WAVE)

2:30 p.m. → 2:50 p.m. COFFEE BREAK

2:50 p.m. → 4:20 p.m. Big Data & Platforms

Conveners: Patrick Fuhrmann (DESY), Reda Tafirout (TRIUMF)

2:50 p.m. Westgrid / Compute Canada

Speaker: Lindsay Sill (WestGrid)

Slides https://docs.google.com/presentation/d/1Y8LjbnIZo30LPpcPOGhqibzXw5AuvqYXEYqSbkEK5ak/edit#slide=id.ga4063db49_2_48

3:10 p.m. EOSC and the EOSC Pilot; a European View

Speaker: Patrick Fuhrman (DESY)

Slides 2018-06-27-data-science-ws-triumf-v1.pptx

3:30 p.m. R&D for High Energy and Astroparticle Physics

Speaker: Manuel Giffels (Karlsruhe Institute of Technology)

Slides Giffels-RnD.pdf

3:50 p.m. Quantum Computing Landscape

Speaker: Kausar Samli (1QBIT)

4:20 p.m. → 5:30 p.m. TRIUMF TOUR

Thu, June 28

9:00 a.m. → 10:30 a.m. The European Open Science Cloud and the Helmholtz Incubator

Convener: Volker Gülzow (DESY)

9:00 a.m. Helmholtz Analytics Framework Project

Speaker: Markus Goetz (Karlsruhe Institute of Technology)

Slides HAF.pdf

9:30 a.m. Applications of FairROOT

Speaker: Thorsten Kollegger (GSI)

Slides 20180628-Triumf-FairRoot-v2.pptx

9:50 a.m. Quantum Computer Simulators / Quantum Computer User Facility JUNIQ

Speaker: Kristel Michielsen (Juelich)

Slides TRIUMF_June_2018_michielsen.pdf

10:30 a.m. → 10:50 a.m. COFFEE BREAK

10:50 a.m. → 12:00 p.m. TRIUMF

Convener: Oliver Stelzer-Chilton (TRIUMF)

10:50 a.m. TRIUMF Innovations

Speaker: Ms Kathryn Hayashi (TRIUMF Innovations)

Slides quantum_workshop_TRIUMF_Innovations_2018-06-27.pdf

11:10 a.m. Examples from the Particle Physics Department

Speaker: Dr Oliver Stelzer-Chilton (TRIUMF)

Slides pp-data-science.pptx

11:30 a.m. Nuclear Physics at TRIUMF: Perspectives on applications of ML and QC

Speaker: Dr Petr Navratil (TRIUMF)

Slides Navratil_TRIUMFQI2018_web.pptx

12:00 p.m. → 1:00 p.m. LUNCH

1:00 p.m. → 2:30 p.m. Machine Learning | Detailed Examples

Convener: Moslem Noori (1QBit)

1:00 p.m. Deep Neural Network Applications for Particle Imaging Detectors

Speaker: Terao Kazuhiro (SLAC National Accelerator Laborator)

Slides 2018_06_28_TRIUMF_Kazu.pdf

1:20 p.m. Analyzing and Predicting Software Bugs with a Hidden Markov Model

Speaker: Thomas Stibor (GSI)

Slides tstibor.slides.triumf.2018.pdf

1:40 p.m. Machine Learning using Quantum Computing

Speaker: Ehsan Zahedinejad (1QBIT)

Slides Data_Science_and_Quantum_Computing_workshop_28_06_2018.pdf

2:00 p.m. The D-Wave Quantum Cloud Platform and Application Examples

Speaker: Alan Baratz (D-WAVE)

Slides TRIUMF_Presentation_6-28-2018.pptx

2:30 p.m. → 2:50 p.m. COFFEE BREAK

2:50 p.m. → 4:50 p.m. Quantum Computing | Detailed Examples

Convener: Petr Navratil (TRIUMF)

2:50 p.m. Quantum Computing for Nuclear Physics: Linear Response

Speaker: Joseph Carlson (Los Alamos National Laboratory)

Slides Carlson-TRIUMF-talk.pdf

3:10 p.m. Tensor network and quantum computing challenges for high energy physics

Speaker: Karl Jansen (DESY)

Slides KarlJansen.pdf

3:30 p.m. Quantum simulation of lattice gauge theories

Speaker: Christine Muschik (University of Waterloo)

Slides Talk_Muschik_Triumf.pdf

3:50 p.m. Quantum computation of the deuteron

Speaker: Titus Morris (Oak Ridge National Laboratory)

Slides DSQCW2018.pptx

4:10 p.m. Pursuing the Quantum Advantage for QCD

Speaker: Martin Savage (University of Washington)

Slides Savage_TRIUMF_QC_2018_v1p0_pdf.pdf

4:30 p.m. Protein design with hybrid quantum/classical algorithms

Speaker: Mark Fingerhuth (ProteinQure)

Slides IQC_TRIUMF_presentation.pdf

5:30 p.m. → 10:00 p.m. DINNER CRUISE: Depart TRIUMF @ 17:30 | Dinner Cruise from 18:30-21:30 | Arrive at TRIUMF 22:00

Fri, June 29

8:45 a.m. → 12:30 p.m. D-Wave Visit: Depart TRIUMF @ 08:45 | Visit from 10:00-11:45 | Arrive at TRIUMF 12:30

12:30 p.m. → 1:30 p.m. LUNCH

2:00 p.m. → 3:50 p.m. CLOSING

2:00 p.m. Panel Discussion

Speaker: Helmholtz, TRIUMF, D-WAVE, 1QBIT

2:30 p.m. MOU

Slides quantum_workshop_MOU.pdf

2:50 p.m. Closing Remarks

3:10 p.m. Reception