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Description
Within this research line on quantum information, the G-FOR studies new photonic schemes for quantum computing and quantum data multiplexing: Quantum computing systems Security based on the main principles of quantum physics The researches are largely based on intensive and parallel calculus.Other information
Number of researchers:
2
Development status:
In research and development phase
Intellectual Property Rights:
Patent
Differentiation in the market:
Novelty
Applicability of technology:
Yes
Companies and markets:
Quantum information breaks new ground in the way we process information: more powerful computers and simulators or secure cryptography schemes are the most relevant results. The methods of quantum information can be used to improve the existing network applications, like packet switching. In this field, we focus on the multiple access to optic networks. The light can be described using many alternative quantum bases. We have explored new multiple-access schemes based on two quantum states of light: Orbital Angular Momentum (OAM) states and coherent states. Regarding security and cryptography, quantum information exhibits some remarkable properties: The qubits allow to carry out exponential calculations faster than conventional electric computers. Quantum information allows to design algorithms for quantum key distribution and quantum teleportation. In addition, illegitimate listenings within a quantum communication channel are easy to detect.
Advantages:
The advantages of quantum computing are its largescale implementation in pararell applications and its ability to provide new solutions to problems that traditional computing cannot address due to its high computational cost.
Additional Information:
Within this line, a patent has been registered: "Procedimiento y equipo de autentificación de contraseñas cuánticas" (Procedure and equipment for quantum passwords authentication) (P201230599/PCT). Authors: Juan Carlos García Escartín and Pedro Chamorro Posada. Application number: PCT/ES2013/070259 Date of receipt: 23rd of April 2013, 9:27 Receiving office: Spanish Patent and Trademark Office in Madrid
UNESCO Code:
3325 - Telecommunications technology
Other members:
Juan Carlos García Escartín
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OBJECTIVES:The fundamental objective of the GIR AFA is the application of advanced functional analysis techniques to the study of problems within Mathematical Physics, Signal Theory and mathematical theories such as asymptotic developments and dynami... Read more >
OBJECTIVESThe development of research activity in the fields of photonics, quantum information and radiation and wave scattering.* Dissemination of the results of these investigations.* The transfer of knowledge to society.RESEARCH LINES• Study of ... Read more >
This research group is in turn made up of three subgroups:DataWeb: Compression, Indexing and Applications on Large Data Collections.This line of work addresses the needs underlying the storage, management and use of large volumes of data (Big Data) i... Read more >
