Talks for the conference.

Spring School on Superconducting Qubit Technology

2023, Apr 11 -- Apr 21

Organizers:
David López-Núñez (IFAE, Barcelona)
Fabian Zwiehoff (IFAE, Barcelona)
Pol Forn-Díaz (IFAE, Barcelona)

Download pdf version of the program here.

Wednesday, April 12

08:30-9:00	Registration
	Entrance Hall, CCBPP
09:00-09:30	Welcome and Introduction
	Fabian Zwiehoff & David López-Núñez, IFAE
09:30-11:00	Introductory Lecture on Superconducting Circuits (1)
	Jens Koch, Northwestern University
11:30-13:00	Quantum Algorithms (1)
	Alba Cervera-Lierta, Barcelona Supercomputing Center
15:00-15:30	Industry Session (1): Qblox
	Tahereh Niknejad, Qblox
15:30-16:00	Industry Session (1): Quantum Machines
	Joost van der Heijden, Quantum Machines
16:00-16:30	Industry Session (1): Qilimanjaro
	David Eslava Sabaté, Qilimanjaro Quantum Tech

Thursday, April 13

09:30-11:00	Introductory Lecture on Superconducting Circuits (2)
	Jens Koch, Northwestern University
11:30-13:00	Engineering Nonreciprocal Devices
	Anja Metelmann, Karlsruhe Institute of Technology
15:00-15:30	Industry Session (2): Low Noise Factory
	David Niepce & Sumedh Mahashabde, Low Noise Factory
15:30-16:00	Industry Session (2): Keysight Technologies
	Marc Almendros, Keysight Technologies

Friday, April 14

09:30-11:00	Quantum Annealing
	Pol Forn-Díaz, IFAE
11:30-13:00	Quantum Algorithms (II)
	Alba Cervera-Lierta, Barcelona Supercomputing Center
15:00-16:30	Materials and Fabrication
	Ioan Pop, Karlsruhe Institute of Technology
18:30-20:00	Cómo hacer un ordenador cuántico (si esto es lo que quieres). Public talk in Spanish.
	David López, IFAE

Monday, April 17

09:00-09:30	Self-organized activity planning

09:30-11:00	Design and Control of Interactions in Superconducting Circuits
	Juan José García-Ripoll, IFF - CSIC
11:30-13:00	Sources of Decoherence in Superconducting Devices
	Ioan Pop, Karlsruhe Institute of Technology
15:00-17:00	Self-organized activity

Tuesday, April 18

09:20-09:30	Self-organized activity planning

09:30-11:00	Introduction to Traveling Wave Parametric Amplifiers (TWPA)
	Nicolas Roch, Institut Néel - CNRS
11:30-13:00	Quantum Measurement
	Arkady Fedorov, University of Queensland
15:00-17:00	Self-organized activity

17:00-20:00	Poster session

Wednesday, April 19

09:20-09:30	Self-organized activity planning

09:30-11:00	Physics and Applications of Kerr Parametric Oscillators
	Tsuyoshi Yamamoto, NEC Corporation
11:30-13:00	Quantum Optimal Control
	Frank Wilhelm-Mauch, Forschungszentrum Jülich
15:00-17:00	Self-organized activity

Thursday, April 20

09:30-09:48	Modular flip-chip architecture for generalized flux qubits
	Sören Ihssen
09:48-10:06	Optimized interchip spacing control in flip chip geometry
	Lea Richard
10:06-10:24	Simulating the Hubbard-Holstein model on Quantum Computers
	Riccardo Roma
10:24-10:42	Analysis of underlying mechanisms and alleviation of static ZZ coupling
	Simon Pettersson Fors
10:42-11:00	Interaction between giant atoms in a structured waveguide
	Ariadna Soro
11:30-11:48	NitrAl: Nitridized aluminum thin films for superconducting qubit technologies
	Alba Torras-Coloma
11:48-12:06	High kinetic inductance plarform for multimode circuit QED
	Vincent Jouanny
12:06-12:24	Investigating loss in superconducting circuits
	Janka Biznarova
12:24-12:42	Bound state in the continuum in a fluxonium qutrit
	María Hita-Pérez
12:42-13:00	Suppression of coherent errors in Cross-Resonance gates via recursive DRAG
	Boxi Li
15:00-15:18	Reducing the cosmic muon flux in experiments with superconducting qubits
	Elia Bertoldo
15:18-15:36	Quantum Sensing with superconducting qubits for Fundamental Physics
	Roberto Moretti
15:36-15:54	A superconducting quantum memory with tens of milliseconds coherence time
	Barkay Guttel