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dg
06
May
2021
16:30

Prof. Daniel Gottesman: "Maximally sensitive sets of states"

Weekly seminar
06 May 2021
16:30
to
17:30
dg
Abstract: Coherent errors in a quantum system can, in principle, build up much more rapidly than incoherent errors, accumulating as the square of the number of qubits in the system rather than linearly. I will characterize the types of channels that can exhibit such behavior and present a simple pr
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fp
29
Apr
2021
16:30

Prof. Frank Pollmann: "Exploring Topological Phases on Quantum Processors"

Weekly seminar
29 Apr 2021
16:30
to
17:30
fp
Universal quantum computers are potentially an ideal setting for simulating emergent quantum many-body phenomena that are out of reach for classical computers. Here we discuss two applications to the study of topologically ordered systems: First, we represent the ground states of Hamiltonians using
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MP
28
Jan
2021
16:30

Prof. Martin Plenio: "Quantum Technologies for the Lifesciences"

Weekly seminar
28 Jan 2021
16:30
MP

Starting with the development of microscopes which enabled
the discovery of bacteria time and again, physicists have discovered and
then harnessed natural phenomena and the proceeded to use them to
open new windows of observation into the life sciences. Examples include

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Lולשדז
21
Jan
2021
16:30

Prof. Lukasz Fidkowski: "How Dynamical Quantum Memories Forget"

Weekly seminar
21 Jan 2021
16:30
Lולשדז

Making local measurements on an entangled quantum many-body state is expected to reduce quantum entanglement. However, recently it was found that in the thermodynamic limit it is possible to robustly protect quantum entanglement from continuous local measurements.

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PZ
07
Jan
2021
16:30

Prof. Peter Zoller: "Programming Quantum Simulators"

Weekly seminar
07 Jan 2021
16:30
PZ

Cold atoms and ions provide one of the best ways to build controllable quantum many-body systems as quantum computers and quantum simulators. Here we report on recent developments in programming quantum simulators with focus on hybrid classical-quantum scenarios.

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