Submitted by
lucasvb on Tue, 03/12/2024 - 18:04.
Dates:
Tuesday, March 11, 2025 to Friday, March 14, 2025
Dear colleagues,
We are pleased to announce that applications are now open for the seminar, Operator Theory and Polynomial Optimization in Quantum Information Theory, to be held at the Physikzentrum Bad Honnef from March 11 to March 14, 2025. The application deadline is January 19, 2025.
Submitted by
Mstobinska on Mon, 19/08/2024 - 17:08.
Dates:
Wednesday, October 2, 2024 to Friday, October 4, 2024
Submission deadline:
Friday, September 13, 2024
Registration deadline:
Friday, September 13, 2024
Join us at the University of Warsaw for QURIE 2024, a conference on quantum communication, information, and technologies, from October 2-4 in Poland! Connect with experts, attend insightful talks, and explore cutting-edge research.
Register now with an abstract to secure your spot!
Learn more: https://qurie24.appqinfo-itn.eu/
We are a research group based in Buenos Aires, gathering researchers and students to study quantum logic and quantum structures.
We explore different variants of logical structures underlying quantum theory and look for applications to quantum information science and quantum computing.
Our research activities cover different areas of the field of quantum logic and quantum structures, including quantum probabilities, quantum contextuality, and non-standard set theoretical frameworks.
The deadline has been extended to June 12, 2024 and applications received by this date will receive full consideration. The position will remain open until filled.
Submitted by
nquesada on Sat, 27/04/2024 - 19:03.
As part of the QuantaMole consortium, we are interested in studying novel materials with extremely high nonlinearities, as well as their application as potential mediators of interactions between photons. A significant no-go result in this field is that “Single-photon Kerr nonlinearities do not help quantum computation”. We are interested in going beyond this result and study other geometries, configurations and topologies in which new materials can provide the sought-after interactions. This might include resonating geometries, utilizing χ(2) nonlinearities instead of χ(3), and new states of light in which to apply these nonlinear operations with more success.
Pages
