QTFLAG Quantum Technologies for Lattice Gauge Theories€¦ · Mid term review meeting Granada...
Transcript of QTFLAG Quantum Technologies for Lattice Gauge Theories€¦ · Mid term review meeting Granada...
Mid term review meetingGranada 14/11/19
QTFLAG
Quantum Technologies for Lattice Gauge Theories
Simone Montangero
This project has received funding from the European Union’s Horizon 2020 research and innovation programme
under grant agreement No 731473.
9 Countries, 14 instiutions, 20 investigators
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Network
Gauge Theories
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Theories with local symmetries (to be satisfied at every point)
Gauge Theories
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Theories with local symmetries (to be satisfied at every point)
Applications
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Many-body and Sign problem
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Objectives
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Objectives
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Objectives
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Project structure
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Highlights WP1
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2D quantum spin ice model
Scipost Physics (2019)SU(3) LGT simulation at finite density
PRD (2019)
Highlights WP2
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7 July 2019 QTFLAG – Half-period Meeting
QTFLAG
WP 2 Description of Highlight T2.1SO(3) link models as toy model of QCD
Implementation with bosonic mixture in optical lattices SO(3) LGT with bosonic mixtures
Annalen der physics (2018)
7 July 2019 QTFLAG – Half-period Meeting
QTFLAG
WP 2 Description of Highlight T2.2-3
Dual Rokhsar-Kivelson model = driven decorated array
2D U(1) gauge theories in Rydberg arrays
arXiv:1907.03311
Highlights WP3
13Self-verifying variational quantum simulation of lattice models Nature (2019)
Dissemination and communication
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50+ Seminars and talks
4 Popularization conferences
1 Kick-off meeting
1 Mid-term meeting
28 Publications in scientific journals (including Nature, PRX,
Lattice, Phys. Rev. D, …)
1 Book
10 Applications to national and internationl calls (50% success ca.)
Executive summary and outlook
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Deliverables and milestones OK
Project development is on track/ahead
PhD School funded by ECT* in Trento (July 2020)
Final meeting funded by MITP (February 2021)
Executive summary and outlook
16
Deliverables and milestones OK
Project development is on track/ahead
PhD School funded by ECT* in Trento (July 2020)
Final meeting funded by MITP (February 2021)
Perspectives: high-dimensional simulations?
TTN simulations of 2D U(1) LGT at finite density arXiv:1911.???
Thank you!
This project has received funding from the European Union’s Horizon 2020 research and innovation programme
under grant agreement No 731473.