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Scientists in Spain Just Got a Step Closer to Building a Practical Quantum Repeater

Scientists in Spain Just Got a Step Closer to Building a Practical Quantum Repeater
singularityhub.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from singularityhub.com Daily Mail and Mail on Sunday newspapers.

Physicists link quantum memories in early step toward quantum internet

2021 OSA Awards and Medals | Optics & Photonics News

LuxQuanta becomes ICFO s 10th Spin-off

LuxQuanta becomes ICFO’s 10th Spin-off Date Announced: 31 May 2021 New spin-off to exploit quantum technologies to provide the highest level of data security. Barcelona, Spain   th spin-off company, LuxQuanta. The official signature took place in Barcelona on May 13 th, with co-founders of the spin-off company CTO Sebastian Etcheverry, Head of the Signal Processing Unit Saeed Ghasemi, and ICREA Professor at ICFO Valerio Pruneri, as well as ICFO Director Lluis Torner, ICREA Executive Director Emilià Pola, and ICFO’s Knowledge and Technology Transfer Director Silvia Carrasco. The technology and IP developed at ICFO in the Optoelectronics research group led by ICREA Prof Valerio Pruneri, which has now been transferred to LuxQuanta, exploits the unique properties of quantum physics to provide cryptography solutions to implement an extra layer of security for companies and telecommunication networks. Their main product consists of high-performance quantum key distribution

Graphene Hits Important Quantum Milestone For THz Data Transfer

Future of Data is Graphene Indeed, scientists are reaching the end of the road for certain technologies for high-speed data transfer and are seeking new materials for the future of components for the processors responsible for this aspect of our ever more connected world. A material like graphene has the potential to be one of those materials. The material is especially attractive because it works very well for exceptionally high electronic frequencies, extending into the technologically important terahertz (THz) range where most conventional electronic materials fail, researchers noted. Prior to their latest work, the team had achieved a new understanding of the physics behind nonlinearity, which is now known as the thermodynamic picture of ultrafast electron transport in graphene, he said. But until now, they did not know how to control this property, “which was the missing link with respect to using graphene in everyday technologies,” Turchinovich said.

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