Events

Events

Aug

2022

14:30

Distinguished Prof. Sabre Kais, "Quantum Machine-Learning for Complex many-Body Systems on Quantum Devices"

Weekly seminar

16 Aug 2022

14:30

15:30

In this talk, I will focus on quantum machine learning, particularly the Restricted Boltzmann Machine (RBM), as it emerged to be a promising alternative approach leveraging the power of quantum computers.

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May

2022

16:30

Prof. Benjamin J. McMorran: "Shaping Electrons for Studies of Magnetism, Nano-optics, and Interaction-Free Measurements"

Weekly seminar

12 May 2022

16:30

17:30

Advances in optics and detectors for electrons enable new investigations of electron physics and quantum imaging techniques at the nanoscale.

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Mar

2022

15:30

Dr. Aharon Brodutch: "Multi-QPU quantum computation and optical quantum interconnects"

Weekly seminar

31 Mar 2022

15:30

to 31 Mar 0022

16:30

Quantum computers are extremely difficult to scale up due to issues with noise, cooling, control, testing, and manufacturing that become more difficult as the number of qubits increases.

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Mar

2022

15:30

Dr. Michael Förtsch: "Photonic Quantum Technology"

Weekly seminar

24 Mar 2022

15:30

17:30

The targeted exploitation of new quantum effects will have a decisive influence on technological progress in the 21st century. Already today, the disruptive possibilities in the fields of computing, security and sensor technology are evident.

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Feb

2022

16:30

Eyal Bairey: "Learning quantum dynamics from steady states"

Weekly seminar

17 Feb 2022

16:30

17:30

Recovering the unknown dynamics of a quantum system is an increasingly important task for characterizing noises in quantum devices and for modeling quantum materials.

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Feb

2022

16:30

Anatoli Polkovnikov: "Approximate counterdiabatic driving in complex systems"

Weekly seminar

03 Feb 2022

16:30

17:30

The idea of the counterdiabatic (CD) driving was first introduced by two chemists M. Demirplak and S. Rice in 2003 and then was independently discovered by M. Berry in 2009.

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Jan

2022

16:30

Prof. Roee Ozeri : "A trapped ion quantum computer with robust entangling gates and quantum coherent feedback" (via zoom)

Weekly seminar

13 Jan 2022

16:30

to 13 Jan 2021

17:30

Quantum computers are expected to achieve a significant speed-up over classical computers in solving a range of computational problems. Chains of ions held in a linear Paul trap are a promising platform for constructing such quantum computers, due to their long coherence times and high quality of c

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Dec

2021

12:30

Prof. Gilad Gour: "Entanglement and Quantum Bell nonlocality are one and the same"

Weekly seminar

29 Dec 2021

12:30

13:30

Abstract: Bell nonlocality describes a manifestation of quantum mechanics that cannot be explained by any local hidden variable model.

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Nov

2021

17:00

Prof. Urmila Mahadev (Caltech): "Classical Verification of Quantum Computations"

Weekly seminar

18 Nov 2021

17:00

18:00

Abstract: How can quantum computers be classically tested?

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Jul

2021

16:30

Prof. Vladimir Manucharyan: "Quantum electrodynamics of superconductor-insulator transitions in Josephson junction chains"

Weekly seminar

15 Jul 2021

16:30

17:30

It is customary to associate a superconducting phase with zero resistance and an insulating phase with infinite resistance.

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International Calendar of Events

Research

A new way to create entangled photons

14 Sep 2022

Researchers from the Technion – Israel Institute of Technology and Tel Aviv University have developed an innovative method to engineer quantum entanglement in a crystal by using computational learning tools Quantum optics has proven to be an invaluable resource for the realization of many quantum technologies, such as quantum communication, computing, and cryptography. In the past decade, physics and optics have benefitted greatly from the surge of machine learning-aided research, which has led to novel predictions, experiments, and discoveries.

How we imaged waves of light and sound in 2D materials using an ultrafast electron microscope

An illustration of the spatiotemporal imaging of 2D polariton wavepackets using an ultrafast electron microscope, following the recent publication of Kurman et al. from the Kaminer lab in Science. In the video, we show how we generated a wavepacket of 2D-light and how free-electrons in a pump-probe setup are used to probe the whole evolution of a polariton wavepacket from its creation until its decay. https://youtu.be/iYvXxTK_o5k

Distinguished Prof. Sabre Kais, "Quantum Machine-Learning for Complex many-Body Systems on Quantum Devices"

Prof. Benjamin J. McMorran: "Shaping Electrons for Studies of Magnetism, Nano-optics, and Interaction-Free Measurements"

Dr. Aharon Brodutch: "Multi-QPU quantum computation and optical quantum interconnects"

Dr. Michael Förtsch: "Photonic Quantum Technology"

Eyal Bairey: "Learning quantum dynamics from steady states"

Anatoli Polkovnikov: "Approximate counterdiabatic driving in complex systems"

Prof. Roee Ozeri : "A trapped ion quantum computer with robust entangling gates and quantum coherent feedback" (via zoom)

Prof. Gilad Gour: "Entanglement and Quantum Bell nonlocality are one and the same"

Prof. Urmila Mahadev (Caltech): "Classical Verification of Quantum Computations"

Prof. Vladimir Manucharyan: "Quantum electrodynamics of superconductor-insulator transitions in Josephson junction chains"

Research

A new way to create entangled photons

How we imaged waves of light and sound in 2D materials using an ultrafast electron microscope

“Very high risk and very high gain”

Floquet metal-to-insulator phase transitions in semiconductor nanowires

One-of-a-kind Microscope Enables Breakthrough in Quantum Science