Registration Room: Reception Aula Leonardi

Welcome and introduction Room: Aula Leonardi

Parametric Mixing & Amplifiers

• Anja Metelmann (KIT)

Room: Aula Leonardi

Seminar - Nuclear dynamics on digital quantum computers

• Alessandro Roggero (Department of Physics, University of Trento)

Room: Aula Leonardi Alessandro Roggero is a theoretical physicist interested in nuclear physics, neutrino physics and many-body methods to tackle simulations in these fields using both classical HPC resources as well as quantum computing. After graduating in Physics at the University of Trento, Alessandro held postdoc positions at the Institute of Nuclear Theory in Seattle and the Los Alamos National Laboratori, was then an INT Fellow and Research Assistant Professor and the University of Washington and joined the University of Trento in 2021 where he is now Associate Professor.

Seminar - Quantum computers for solving hard optimization and sampling problems: from soft-matter applications to quantum magic

• Philipp Hauke (Pitaevskii BEC Center & INFN-TIFPA, University of Trento, Q@TN)

Room: Aula Leonardi Philipp Hauke’s research focuses on developing the theoretical basis for novel quantum technologies in cold atoms, trapped ions, and superconducting qubits, combining methods and concepts from quantum information, many-body theory, and AMO physics. He works on novel quantum algorithms, the characterization of quantum effects such as entanglement in many-body systems, and quantum simulations of strongly-correlated systems such as gauge theories and holographic matter. Philipp Hauke studied Physics at TU Munich and EPF Lausanne. He received his PhD in 2013 from ICFO – The Institute of Photonic Sciences, Castelldefels, Barcelona. Afterwards, he was postdoctoral fellow and university assistant at the University of Innsbruck and group leader at Heidelberg University. In 2018, he received an ERC Starting grant. In 2019, he became Associate Professor at the Pitaevskii BEC Center and the Physics Department of University of Trento, where he became Full Professor in 2023.

Introduction to Superconducting Qubits

• Quentin Ficheux (CNRS/Institut Néel)

Room: Aula Leonardi

Introduction to Superconducting Qubits

• Quentin Ficheux (CNRS/Institut Néel)

Room: Aula Leonardi

Fabrication, Materials and Decoherence

• Ioan Pop (KIT - Germany)

Room: Aula Leonardi

Parametric Mixing & Amplifiers

• Anja Metelmann (KIT - Germany)

Room: Aula Leonardi

Discussion and exercises Room: Aula Leonardi

Parametric Mixing & Amplifiers

• Anja Metelmann (KIT)

Room: Aula Leonardi

Introduction to Superconducting Qubits

• Quentin Ficheux (CNRS/Institut Néel)

Room: Aula Leonardi

Visit to the FBK-SD laboratories: Clean Room and Cryogenic Laboratory Room: Sensors and Devices Unit The Clean Room and the Cryogenic Laboratory are two interconnected research facilities at the Sensors & Devices (FBK-SD) Center i

Intro to Superconducting Qubits

• Quentin Ficheux (CNRS/Institut Néel)

Room: Aula Leonardi

Circuit QED & Characterization

• Silvia Zorzetti (FNAL)

Room: Aula Leonardi Superconducting quantum computing - quantum electrodynamics, qubit characterization and testing

Seminar - Circuit Quantum Electrodynamics with Semiconductor Quantum Dots

• Gianluca Rastelli (Pitaevskii BEC Center, CNR-INO and Dipartimento di Fisica, Trento)

Room: Aula Leonardi Gianluca Rastelli is a theoretical physicist working at the Pitaevskii Center for Bose–Einstein Condensation as a Senior Researcher at the Italian National Research Council (CNR) since 2020. His research interests focus on quantum mesoscopic systems, with particular emphasis on quantum nanoscale devices, superconducting Josephson circuits, nanomechanical systems, and levitated systems. After obtaining his Master's degree and Ph.D. at the University of L'Aquila, Italy, he was appointed as a CNRS researcher in Grenoble, France, where he worked for five years. He then joined the University of Konstanz, Germany, where he served as a Senior Researcher and research group leader for eight years.

Seminar - Microwave photonics with high kinetic inductance waveguides

• Federica Mantegazzini (Fondazione Bruno Kessler)

Room: Aula Leonardi Federica Mantegazzini is an experimental physicist coordinating the SQD – Superconducting Quantum Devices Research Unit at FBK, focused on the development of superconducting quantum devices, both for fundamental physics experiments and quantum applications. She is also INFN Research Fellow and lecturer at University of Trento. Her scientific interests cover multiple areas, from cQED, microwave quantum optics and quantum sensing to cryogenic detectors and neutrino physics.

Seminar - Hybrid quantum simulations of nuclear reactions with realistic potentials

• Francesco Pederiva (University of Trento and INFN-TIFPA)

Room: Aula Leonardi Director of the national INFN center TIFPA (Trento Institute of Fundamental Physics and Applications) Visiting scientist at Lawrence Livermore National Laboratory (USA) Development of Quantum Algorithms on Circuit-QED based devices, with a special focus on application to nuclear physics problems. Many-body theories of i fermionic and bosonic systems, and in particular: Development of algorithms for Quantum Monte Carlo calculations for nuclei, nuclear and neutron matter (with focus on astrophysical applications); Systematics of the nuclear forces from QCD; Electron gas in reduced dimensionality, (quantum wires and quantum dots) and quantum chemistry. General techniques for the solution of the ”sign problem” in Monte Carlo methods for many fermions systems.

Fabrication, Materials and Decoherence

• Ioan Pop (KIT)

Room: Aula Leonardi

Circuit QED & Characterization

• Silvia Zorzetti (FNAL)

Room: Aula Leonardi Superconducting quantum computing - quantum electrodynamics, qubit characterization and testing

Circuit QED & Characterization

• Silvia Zorzetti (FNAL)

Room: Aula Leonardi Superconducting quantum computing - quantum electrodynamics, qubit characterization and testing

Quantum sensing for fundamental physics

• Takis Kontos (CNRS/ENS Paris)

Room: Aula Leonardi

Intro to QC and QML

• Sophia Economou (VT)

Room: Aula Leonardi

Intro to Parametric Coupled Mode Theory

• Jose Aumentado (NIST)

Room: Aula Leonardi

Intro to QC and QML

• Sophia Economou (VT)

Room: Aula Leonardi

Quantum sensing for fundamental physics

• Takis Kontos (CNRS/ENS Paris)

Room: Aula Leonardi

Intro to QC and QML

• Sophia Economou (VT)

Room: Aula Leonardi

Intro to Parametric Coupled Mode Theory

• Jose Aumentado (NIST)

Room: Aula Leonardi

Intro to Parametric Coupled Mode Theory

• Jose Aumentado (NIST)

Room: Aula Leonardi

Microwave Engineering of Superconducting Devices

• Ofer Naaman (Google AI)

Room: Aula Leonardi

Intro to Parametric Coupled Mode Theory

• Jose Aumentado (NIST)

Room: Aula Leonardi

Microwave Engineering of Superconducting Devices

• Ofer Naaman (Google AI)

Room: Aula Leonardi

QC for Nuclear Physics

• Sofia Quaglioni (LLNL)

Room: Aula Leonardi

Microwave Engineering of Superconducting Devices

• Ofer Naaman (Google AI)

Room: Aula Leonardi

QC for Nuclear Physics

• Sofia Quaglioni (LLNL)

Room: Aula Leonardi

Microwave Engineering of Superconducting Devices

• Ofer Naaman (Google AI)

Room: Aula Leonardi

Discussion and exercises Room: Aula Leonardi

Seminar - Superconducting circuits as a platform for strongly interacting fluids of microwave photons

• Iacopo Carusotto (INO-CNR BEC Center, Trento)

Room: Aula Leonardi Iacopo Carusotto completed his Ph.D. in 2000 at Scuola Normale Superiore in Pisa, Italy, and then carried out postdoctoral work at Kastler-Brossel Laboratory of École Normale Supérieure in Paris. Since 2003, he has been a researcher at the INO-CNR BEC Center in Trento, Italy. He has been an associated researcher for CNRS in France and a visiting professor at the Swiss Federal Institute of Technology (ETH) in Zurich. His primary scientific interests include quantum fluids of light (from superfluid light to strongly correlated photon gases), topological photonics and physics, and the study of analogs of gravitational phenomena in atomic and optical systems.

Seminar - Levitated magnetomechanics with superconducting circuits

• Andrea Vinante (Istituto di Fotonica e Nanotecnologie (IFN-CNR), Trento, Italy)

Room: Aula Leonardi Andrea Vinante is Senior Researcher at Istituto di Fotonica e Nanotecnologie of CNR, Unit of Trento. He got PhD in Physics in Trento and had several postdoc positions, among others in Leiden and in Southampton. His activity is focused on superconducting quantum technologies and micromechanical systems, with recent emphasis on magnetolevitated systems, both for sensing applications and for investigations in fundamental and quantum physics.

Final discussion Room: Aula Leonardi