Useful Quantum Computation For Quantum Chemistry

- Winner CECAM-Lorentz call 2020 -

22 - 26 February 2021

Venue: Lorentz Center@Snellius

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It has been claimed that Quantum computers have crossed the supremacy barrier [1], solving a problem intractable on classical computers in any reasonable amount of time. However, the problem in question, random quantum circuit simulation, is of little interest to the wider world. This presents a next milestone to look towards — quantum usefulness — when quantum computers begin to solve problems of interest in the wider world of science and computer science. For these problems, the competition with classical algorithms is fierce, and the current emerging quantum platforms are noisy and have device-specific connectivity [2]. On the other hand, there are interesting options for using hybrid quantum-classical algorithms, meaning that the quantum computer performs a small but key part of a larger classical algorithm.


Quantum chemistry has been identified as a key area in which quantum computers could find use [3]. Initial cost analyses have been made [4, 5], but further exploration of this large field is critical to determine which classes of problems are most amenable for solution by quantum computing. This exploration requires close collaboration between the fields of quantum algorithm development and computational chemistry, to (1) integrate quantum computing algorithms with pre-existing software and methods, and (2) to define the most interesting problems in chemistry to be targeted by the new algorithms.


The aim of this workshop is to identify how we can achieve useful quantum computation in quantum chemistry applications, both in the near and long term. To achieve this, the workshop will bring experts from the field of quantum chemistry together with those in quantum algorithms research, allowing for the transfer of knowledge between the two fields.


[1] Arute, F. et al. Nature 574, 505–510 (2019)
[2] Preskill, Quantum 2, 79 (2018)
[3] Cao, Y. et al. arXiv:1812.09976 (2018). URL
[4] Reiher, M., Wiebe, N., Svore, K. M., Wecker, D. & Troyer, M. Proc. Natl. Acad. Sci. U.S.A. 114, 7555–7560 (2017)
[5] Kivlichan, I. et al.  arXiv:1902.10673 (2019)

 

CECAM-Lorentz call 
This workshop is winner of the CECAM-Lorentz call 2020. For more information see our CECAM-Lorentz program.

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    February 22

    Introduction

    11:0012:00 Communal coffee and free discussion (physical attendees)
    12:0015:00 Lunch (physical attendees)
    15:0016:00 Administration + workshop introduction (start ~15:30-15:45)
    16:0017:00 Overview and discussion (30 + 15 minutes per topic)
    17:0018:00 Overview and discussion (30 + 15 minutes per topic)
    18:0019:00 Overview and discussion (30 + 15 minutes per topic)
    19:0020:00 Topic 2 keynote
    20:0021:00 US topic 2 summary + focus talks (pre-recorded)
    21:0022:00 Topic 2 breakout groups
    22:0023:00 Social hour

    February 23

    Near-term quantum computing

    11:0012:00 Communal coffee and free discussion (physical attendees)
    12:0013:00 Lunch (physical attendees)
    13:0014:00 EU topic 2 summary + focus talks (pre-recorded)
    14:0015:00 Topic 2 focus talks (pre-recorded)
    15:0016:00 Topic 2 breakout groups
    16:0017:00 Topic 2 breakout groups
    17:0018:00 Topic 2 keynote + summary
    18:0019:00 Topic 3 keynote
    19:0020:00 Topic 3 focus talks + breakout group
    20:0021:00 US topic 3 summary + focus talks (pre-recorded)
    21:0022:00 Topic 3 breakout groups
    22:0023:00 Social hour

    February 24

    Open problems

    10:0011:00 Social event (physical attendees, unconfirmed)
    11:0012:00 Social event (physical attendees, unconfirmed)
    12:0013:00 Social event (physical attendees, unconfirmed)
    13:0014:00 EU topic 3 summary + focus talks (pre-recorded)
    14:0015:00 Topic 3 focus talks (pre-recorded)
    15:0016:00 Topic 3 breakout groups
    16:0017:00 Topic 3 breakout groups
    17:0018:00 Topic 3 keynote + summary
    18:0019:00 Topic 4 keynote
    19:0020:00 Topic 4 focus talks + breakout group
    20:0021:00 US topic 4 summary + focus talks (pre-recorded)
    21:0022:00 Topic 4 breakout groups
    22:0023:00 Social hour

    February 25

    Fault-tolerant quantum computing

    11:0012:00 Communal coffee and free discussion (physical attendees)
    12:0013:00 Lunch (physical attendees)
    13:0014:00 EU topic 4 summary + focus talks (pre-recorded)
    14:0015:00 Topic 4 focus talks (pre-recorded)
    15:0016:00 Topic 4 breakout groups
    16:0017:00 Topic 4 breakout groups
    17:0018:00 Topic 4 keynote + summary
    18:0019:00 Topic 5 keynote
    19:0020:00 Topic 5 focus talks + breakout group
    20:0021:00 US Topic 5 summary + focus talks (pre-recorded)
    21:0022:00 Topic 5 breakout groups
    22:0023:00 Social hour

    February 26

    Hybrid quantum computing

    10:0011:00 Social event (physical attendees, unconfirmed)
    11:0012:00 Social event (physical attendees, unconfirmed)
    12:0013:00 Social event (physical attendees, unconfirmed)
    13:0014:00 EU topic 5 summary + focus talks (pre-recorded)
    14:0015:00 Topic 5 focus talks (pre-recorded)
    15:0016:00 Topic 5 breakout groups
    16:0017:00 Topic 5 breakout groups
    17:0018:00 Topic 5 keynote + summary
    18:0019:00 Final keynote
    19:0020:00 Wrap-up
    Please log in to view the participants information...

    Thomas O'Brien, Google Quantum AI  

    Lucas Visscher, VU Amsterdam  

    Barbara Terhal, TU Delft  

    Markus Reiher, ETH Zurich  


Wendy van der Linden

+31 71 527 5542

vanderlinden@lorentzcenter.nl

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