Description
The School (4-9 September 2017) covers a broad selection of fundamental topics in quantum science and quantum technology, treated at an advanced level. The Workshop (11-15 September 2017) aims at a comprehensive overview on research in quantum science and technology, including recent results, current trends, and future perspectives.

The purpose of the School is to provide an up-to-date, state of the art knowledge on some of the most important aspects of fundamtental quantum physics, quantum information, and quantum technologies, covering both theoretical and experimental aspects. The targeted audience includes advanced undergraduate and PhD students, as well as post-doctoral fellows and junior researchers. Special attention will be devoted to the training of scientists from emerging countries in line with the fundamental mission of the ICTP. The Workshop brings together a mix of established experts and emerging young researchers to give an in-depth overview on some of the most significant recent research results and on current, cutting-edge research trends in quantum information and quantum technologies. The targeted audience matches that of the School.

Topics:
• Fundamental Theory: Entanglement, Coherence, Correlations
• Quantum Technologies: Quantum Information, Computation, Sensing, Estimation, Metrology
• Quantum Simulations
• Quantum Thermodynamics
• Quantum Information and Condensed Matter Physics
• Open Quantum Systems
• Algorithms and Optimization
• Ultracold Atoms
• Trapped Ions
• Circuit QED
• Photonics and Photonic Networks
• Spintronics

Lecturers at the School:
G. CARLEO (ETH, Zürich)
J. EISERT (FU, Berlin)
F. GERBIER (LKB, Paris)
I. GERHARDT (Universität Stuttgart)
V. GIOVANNETTI (SNS, Pisa)
G. KIRCHMAIR (Universität Innsbruck)
B. KRAUS (Universität Innsbruck)
D. LOSS (Universität Basel)
M. PATERNOSTRO (Queen’s University, Belfast)
M.B. PLENIO (Universität Ulm)
H. PRICE (Università di Trento)
N. SCHUCH (MPG, München)
E. SOLANO (University of the Basque Country, Bilbao)
C. WUNDERLICH (Universität Siegen)

Invited Speakers at the Workshop:
D. ANGELAKIS (TUC Crete and CQT, Singapore)
S. BLATT (MPG, München)
G. CARLEO (ETH, Zürich)
A. CELI (ICFO, Barcelona)
M. DALMONTE (ICTP, Trieste)
J. EISERT (FU, Berlin)
A. FEOFANOV (EPFL, Lausanne)
M. FLEISCHHAUER (Universität Kaiserslautern)
F. GERBIER (LKB, Paris)
G. GIEDKE (University of the Basque Country, Bilbao)
M. GRAMEGNA (INRIM, Torino)
C. GROSS (MPG, München)
P. HAUKE (Universität Heidelberg)
D. JAKSCH (University of Oxford)
G. KIRCHMAIR (Universität Innsbruck)
B. KRAUS (Universität Innsbruck)
S. V. KUSMINSKIY (FAU, Erlangen)
D. LOSS (Universität Basel)
A. MARI (SNS, Pisa)
S. PAESANI (University of Bristol)
M. PATERNOSTRO (Queen’s University, Belfast)
M.B. PLENIO (Universität Ulm)
M. RIZZI (Universität Mainz)
N. SCHUCH (MPG, München)
E. SOLANO (University of the Basque Country, Bilbao)
A. STRELTSOV (University of Technology, Gdánsk)
L. TAGLIACOZZO (University of Strathclyde, Glasgow)
G. TOTH (EHU, Bilbao)
A. TROMBETTONI (CNR-IOM, Trieste)
J. TURA BRUGUES (ICFO, Barcelona)
P. WALTHER (Universität Wien)
C. WUNDERLICH (Universität Siegen)
Go to day
  • Monday, 4 September 2017
    • 08:15 - 17:30
      • 08:30 Registration, Administrative and Financial formalities 45'
        All financially supported participants lodging at ICTP Guesthouses should reach the Operations and Travel Unit at the Enrico Fermi Building in order to fulfill all financial procedures.
        Please bring with you passport and travel receipts.
        
        Registration at Leonardo Building (Lobby): only for participants lodging outside ICTP premises and faculty.
      • 09:15 Introduction to the School 15'
        Speakers: Fabrizio Illuminati, Rosario Fazio, Vahid Karimipour, Martin Plenio
      • 09:30 Correlations, Entanglement and Resources in Quantum Information Science, Lecture 1 50'
        Speaker: Martin Plenio
        Material: Video
      • 10:20 Correlations, Entanglement and Resources in Quantum Information, Lecture 2 50'
        Speaker: Martin Plenio
      • 11:10 Break 30'
      • 11:40 Quantum Thermodynamics, Lecture 1 50'
        Speaker: Mauro Paternostro
        Material: Slides Video
      • 12:30 Lunch 2h30'
      • 15:00 Topological Phases of Matter with Ultracold Atoms and Photons, Lecture 1 50'
        Speaker: Hannah Price
        Material: Slides Video
      • 15:50 Quantum Information Science with Atomic Trapped Ions, Lecture 1 50'
        Speaker: Christof Wunderlich
        Material: Slides Video
      • 16:40 Free Discussions with the Lecturers 50'
  • Tuesday, 5 September 2017
    • 09:00 - 17:50
      • 09:00 Correlations, Entanglement and Resources in Quantum Information, Lecture 3 50'
        Speaker: Martin Plenio
        Material: Video
      • 09:50 Correlations, Entanglement and Resources in Quantum Information, Lecture 4 50'
        Speaker: Martin Plenio
      • 10:40 Break 30'
      • 11:10 Quantum Thermodynamics, Lecture 2 50'
        Speaker: Mauro Paternostro
        Material: Slides Video
      • 12:00 Quantum Information Science with Atomic Trapped Ions, Lecture 2 50'
        Speaker: Christof Wunderlich
        Material: Slides Video
      • 12:50 Lunch 1h40'
      • 14:30 Topological Phases of Matter with Ultracold Atoms and Photons, Lecture 2 50'
        Speaker: Hannah Price
        Material: Video
      • 15:20 Quantum Bounds, Quantum Estimation, and Quantum Metrology, Lecture 1 50'
        Speaker: Vittorio Giovannetti
        Material: Slides Video
      • 16:10 Tentative: Correlations, Entanglement and Resources in Quantum Information, Lecture 5 50'
        Speaker: Martin Plenio
        Material: Video
      • 17:00 Free Discussions with the Lecturers 50'
  • Wednesday, 6 September 2017
    • 09:00 - 14:00
      • 09:00 Quantum Thermodynamics, Lecture 3 50'
        Speaker: Mauro Paternostro
        Material: Slides Video
      • 09:50 Quantum Information Science with Atomic Trapped Ions, Lecture 3 50'
        Speaker: Christof Wunderlich
        Material: Slides Video
      • 10:40 Break 30'
      • 11:10 Quantum Bounds, Quantum Estimation, and Quantum Metrology, Lecture 2 50'
        Speaker: Vittorio Giovannetti
        Material: Video
      • 12:00 Topological Phases of Matter with Ultracold Atoms and Photons, Lecture 3 & 4 1h30'
        Speaker: Hannah Price
        Material: Slides Video
      • 13:30 Lunch 30'
  • Thursday, 7 September 2017
    • 09:00 - 15:30
      • 09:00 Tensor Networks, Lecture 1 50'
        Speaker: Norbert Schuch
        Material: Video
      • 09:50 Introduction to Ultracold Atoms in Quantum Technologies, Lecture 1 50'
        Speaker: Fabrice Gerbier
        Material: Slides Video
      • 10:40 Break 30'
      • 11:10 Multipartite Entanglement, Lecture 1 50'
        Speaker: Barbara Kraus
        Material: Video
      • 12:00 Quantum Bounds, Quantum Estimation, and Quantum Metrology, Lecture 3 1h15'
        Speaker: Vittorio Giovannetti
        Material: Slides Video
      • 13:15 Lunch 1h15'
      • 14:30 Quantum Information Science with Atomic Trapped Ions, Lecture 4 50'
        Speaker: Christof Wunderlich
        Material: Slides Video
      • 15:20 Free Discussions with the Lecturers 10'
  • Friday, 8 September 2017
    • 09:00 - 19:10
      • 09:00 Tensor Networks, Lecture 2 50'
        Speaker: Norbert Schuch
        Material: Video
      • 09:50 Quantum Information Processing with Superconducting Circuits, Lecture 1 50'
        Speaker: Gerhard Kirchmair
        Material: Slides Video
      • 10:40 Break 30'
      • 11:10 Multipartite Entanglement, Lecture 2 50'
        Speaker: Barbara Kraus
        Material: Video
      • 12:00 Introduction to Ultracold Atoms in Quantum Technologies, Lectures 2 & 3 1h30'
        Speaker: Fabrice Gerbier
        Material: Slides Video
      • 13:30 Lunch 1h0'
      • 14:30 Machine Learning Techniques for Quantum Many-Body Physics, Lecture 1 50'
        Speaker: Giuseppe Carleo
        Material: Video
      • 15:20 Quantum Information Processing with Superconducting Circuits, Lecture 2 50'
        Speaker: Gerhard Kirchmair
        Material: Video
      • 16:10 Break 30'
      • 16:40 Tensor Networks, Lecture 3 50'
        Speaker: Norbert Schuch
        Material: Video
      • 17:30 Machine Learning Techniques for Quantum Many-Body Physics, Lecture 2 50'
        Speaker: Giuseppe Carleo
        Material: Video
      • 18:20 Free Discussions with the Lecturers 50'
  • Saturday, 9 September 2017
    • 09:00 - 13:40
      Location: Leonardo Building - Budinich Lecture Hall
      • 09:00 Multipartite Entanglement, Lecture 3 50'
        Speaker: Barbara Kraus
        Material: Video
      • 09:50 Machine Learning Techniques for Quantum Many-Body Physics, Lecture 3 50'
        Speaker: Giuseppe Carleo
        Material: Video
      • 10:40 Break 30'
      • 11:10 Quantum Information Processing with Superconducting Circuits, Lecture 3 50'
        Speaker: Gerhard Kirchmair
        Material: Video
      • 12:00 Tensor Networks, Lecture 4 50'
        Speaker: Norbert Schuch
        Material: Video
      • 12:50 Introduction to Ultracold Atoms in Quantum Technologies, Lecture 4 50'
        Speaker: Fabrice Gerbier
        Material: Exercise Video
  • Monday, 11 September 2017
    • 09:00 - 09:30 Workshop's Programme
      The Workshop's programme is published on: http://indico.ictp.it/event/8232/other-view?view=ictptimetable