About the Hub
The initiative of the Galician Quantum Technologies Hub was born with the objective of placing Galicia as a reference in quantum technologies by 2030.
Quantum technologies, and specifically quantum computing and communications, are part of the emerging and disruptive technologies with a very fast evolution and with many different alternatives (superconducting qubits, trapped ions, neutral atoms, etc.), without any having reached a dominant position towards the future. For this reason, it is important to maximize the number of quantum computing technologies available in the infrastructure.
CESGA leads the first case of the use of quantum computing for the modeling of...
CESGA proposes network architectures capable of rapidly scaling up quantum computing capabilities By the time...
CESGA researches algorithm partitioning to help design the programming of future quantum computers Quantum computers...
CESGA projects Spain’s longest quantum highway Quantum key distribution promises to revolutionize communications security thanks...
CESGA investigates new quantum algorithms and tests them by making the QMIO and FinisTerrae III...
CiTIUS designs new language tools to facilitate quantum computer programming The development of user-friendly languages...
CiTIUS develops protocols and a new programming language to make it easier for quantum and...
IGFAE experiments with quantum teleportation of information to open new doors to future cryptography The...
What's new
CESGA leads the first case of the use of quantum computing for the modeling of taste perception worldwide
CESGA proposes network architectures capable of rapidly scaling up quantum computing capabilities
CESGA researches algorithm partitioning to help design the programming of future quantum computers
CESGA projects Spain’s longest quantum highway
CESGA investigates new quantum algorithms and tests them by making the QMIO and FinisTerrae III work together
CiTIUS designs new language tools to facilitate quantum computer programming
CiTIUS develops protocols and a new programming language to make it easier for quantum and classical computers to work together
IGFAE experiments with quantum teleportation of information to open new doors to future cryptography
Projects
Agents
Funding
