O CGAC e o CESGA colaboran nun proxecto co obxectivo de profundar no vínculo entre arte e ciencia. O programa de actividades, promovido desde o Centro de Supercomputación de Galicia (CESGA), coa colaboración do Instituto Galego de Física de Altas Enerxías (IGFAE), inclúe, entre outras actividades, a exposición dunha peza
CESGA e CGAC colaboran para achegar arte e tecnoloxías cuánticas a través dun programa de actividades. A primeira destas actividades é un ciclo de cinema, “O ollo e a máquina”, un percorrido narrativo, histórico, estético e científico pola sociedade occidental no século XX a través do concepto de computación e
On February 2024 we have received some optical tables that have been installed in the Quantum Hacking & certification Lab. Further optical tables will be received soon to continue equipping all the labs in the center. Hereby we show a few pictures of the installation.
O mércores 21 de febreiro ás 16:30h terá lugar o I Torneo de Quantum Chess na Facultade de Física da Universidade de Santiago. No torneo participarán centros de Ensino Secundario de Santiago. Cada equipo estará formado por catro estudantes de cada centro. Fujitsu, como patrocinador do evento, achega un portátil
Speaker: José Ignacio Latorre The Centre for Quantum Technologies (CQT) at the National University of Singapore Progress in quantum algorithms needs critical revisiting of three relevant steps: encoding, processing and read-out. Here, we limit ourselves to discuss some ideas related to expressibility of a quantum circuit, and of compressed encoding
Date: 23 January 2024Time: 11:00-12:00 CET The NEASQC Benchmark Suite Abstract: One of the objectives of the NEASQC project was to put together an application-centric benchmark suite that would guide hardware development efforts, in particular those of the Quantum Technology Flagship, by providing scalable and hardware-independent mechanisms to assess and
A new application for mobile devices is available to discover Qmio quantum computer in Augmented Reality. The app can be used within the CESGA or anywhere, using AR technology. CESGA developed this application with the collaboration of Kendra S. L. This app allows exploring the interior of Qmio and understanding
The proposed project aims to achieve accurate and efficient simulation of an NMR spectrum using a quantum computer
We describe the properties that should characterize the experimental device proposed for the detection of cosmic rays passing through the quantum processor required by CESGA