CESGA leads the first case of the use of quantum computing for the modeling of taste perception worldwide Oil and water don’t mix, they say. If we were to look for a way to modernize this popular expression we might ask: do beer and quantum computing mix? Well, actually, they
CESGA proposes network architectures capable of rapidly scaling up quantum computing capabilities By the time fully operational quantum computers exist, systems capable of connecting them to tackle tasks of unimaginable size and complexity will have been designed. CESGA aims to make a significant contribution to this challenge through its project
CESGA researches algorithm partitioning to help design the programming of future quantum computers Quantum computers are still small and error-prone, but the scientific community is already preparing for a scenario with large, sophisticated machines or networks of small, well-connected (or, in quantum jargon, entangled) machines. Partitioning quantum algorithms, which chops
CESGA projects Spain’s longest quantum highway Quantum key distribution promises to revolutionize communications security thanks to the invulnerability that the laws of quantum mechanics confer on the exchange of information. Applying this technology over long distances is a scientific and technological challenge to which CESGA, in collaboration with VQCC, contributes
CESGA investigates new quantum algorithms and tests them by making the QMIO and FinisTerrae III work together The coexistence between quantum and classical computers is the only possible formula, at least for the time being, to make the most of the quantum advantages in the current technological environment. More capacity,
CiTIUS designs new language tools to facilitate quantum computer programming The development of user-friendly languages that allow programmers to communicate with quantum computers in an accessible way is one of the decisive factors for the deployment of the full potential of these technologies. CiTIUS is working on a compiler for
CiTIUS develops protocols and a new programming language to make it easier for quantum and classical computers to work together As long as quantum computers remain small, they have to operate jointly through distributed systems to deliver good results. What seems clear is that working alone or in groups, they
IGFAE experiments with quantum teleportation of information to open new doors to future cryptography The paradox of quantum technologies as the greatest threat and, at the same time, the only solution to guarantee the security of communications in the future is a huge and exciting field of research for the
VQCC explores perfect communication security by distributing quantum keys with imperfect devices There is a huge paradox in quantum technology: it poses the most formidable threat to our cybersecurity as we know it, while at the same time, it is the only technology capable of guaranteeing perfect security in digital
The VQCC has developed a simple, self-evaluating, and low-cost quantum random number generator True random number generation is crucial for achieving tamper-proof cryptographic solutions, among other applications. True randomness can only be achieved by devices that operate under the laws of quantum mechanics, which is complicated by the fact that