Skip to content (access key 's')
Logo of Technion
Logo of CS Department
General Information

News

Technion and Tel-Aviv University Researchers Developed an Innovative Method to Engineer Quantum Entanglement in a Crystal, using Computational Learning Tools
Tuesday, August 23, 2022
Technion and Tel-Aviv University Researchers Developed an Innovative Method to Engineer Quantum Entanglement in a Crystal, using Computational Learning Tools The Technion
August 22, 2022

Researchers from the Technion and Tel Aviv University present a new and original solution to this problem, based on computational learning tools, in an article recently published in Optica, the flagship magazine of the Optical Society. The idea for this solution came up in a social gathering of researchers from different research groups: the group of Professor Alex Bronstein from the Taub Faculty of Computer Science at the Technion, an expert in computational learning and information analysis, and the group of Professor Adi Aryeh (head of the Marco and Lucy Shaul Chair), from Tel-Aviv University, specializing in theoretical and applied research in the field of non-linear optics and in particular quantum optics. Research partners, previously a master's student under the guidance of Prof. Aryeh and currently a doctoral student in Prof. Bronstein's research group, and the members of Prof. Aryeh's group - Aviv Karnieli, Ofir Yesharim, Dr. Sivan Trajtenberg-Mills (currently a postdoctoral fellow at MIT) and Joshua Foley-Comer. The project was joined by an external expert from the company "Google" - Dr. Daniel Freedman, an experienced researcher in the field of computational learning, who has already worked with Rozenberg and Prof. Bronstein on other projects. Dr. Friedman is now the head of the research group at Verily - Google Life Science.

Full Article

[Back to the news index]