20
Jul
2020
19:15
Israel's Quantum Computing Community present:
Events
Events
16
Jul
2020
11:00
The Helen Diller Quantum Center prizes event
16 Jul 2020
11:00
to
13:00
https://technion.zoom.us/j/99645661088
11:00-11:10
Barak
Katzir
Netanel H.
23
Jun
2020
16:00
Nilanjana Datta: (University of Cambridge) "Discriminating between unitary quantum processes"
23 Jun 2020
16:00
Discriminating between unknown objects in a given set is a fundamental task in experimental science. Suppose you are given a quantum system which is in one of two given states with equal probability.
18
Jun
2020
21:00
Philippe Corboz: "Simulations of the 2D Hubbard model with iPEPS"
18 Jun 2020
21:00
An infinite projected entangled pair state (iPEPS) is a tensor network ansatz to represent 2D ground states in the thermodynamic limit.
09
Jun
2020
15:00
Prof. Andreas Winter: Energy-constrained diamond norms and the continuity of channel capacities and of open-system dynamics
Seminar
09 Jun 2020
15:00
to
16:00
The 6th One World mathematical physics seminar of the IAMP will take place tomorrow 15:00-16:00 (Central European Summer Time).
08
Jun
2020
16:30
Prof. Gilad Gour: "Quantum Resource Theories"
08 Jun 2020
16:30
A common theme in Chemistry, Thermodynamics, and Information Theory is how one type of resource -- be it chemicals, heat baths, or communication channels -- can be used to produce another.
05
Mar
2020
13:00
While trapped atomic ions crystals are among the most promising platforms for fully universal quantum computer systems in the future, they are currently being exploited for some of the most advanced quantum simulators of Hamiltonian spin models.
04
Mar
2020
14:30
Quantum computers exploit the bizarre features of quantum physics - uncertainty, entanglement, and measurement -- to perform tasks that are impossible using conventional means, such as computing over ungodly amounts of data, and communicating via teleportation.
I will describe the architecture of
09
Jan
2020
00:00
The operation of universal quantum computers is easily derailed by noise that modifies the state of physical qubits, causing logical errors. Fortunately, such errors can be detected and corrected if quantum information is encoded non-locally.
08
Jan
2020
00:00
Measurements in quantum physics, unlike their classical physics counterparts, can fundamentally yield discrete and random results. Historically, Niels Bohr was the first to hypothesize that quantum jumps occurred between two discrete energy levels of an atom.