SPECTRUM: THE SUSTAINABLE FUTURE OF RESEARCH COMPUTING

Specrtum 2024

In Amsterdam, the inaugural event of the European project SPECTRUM was recently held. The project will develop a sustainable strategy for collecting and processing data produced by experiments in high-energy physics and radio astronomy. Funded as part of the Horizon Europe programme, SPECTRUM unites the main actors of scientific computing and the biggest European computing centres. Italy is also providing an important contribution to SPECTRUM with INFN and CINECA, which will be supported by the computing infrastructure of ICSC, the National Research Centre on HPC, Big Data and Quantum Computing. The goal of SPECTRUM is to deal with the problem of sustainability in scientific computing. The quantity of data collected, shared, and processed in front-line research is, in fact, destined to increase rapidly over the next decade, leading to unprecedented processing, simulation, and data analysis needs. In particular, particle physics and radio astronomy are preparing revolutionary tools that will require computing infrastructure with much greater capacities compared to current infrastructure. In this context, the SPECTRUM task will be to formulate a Research, Innovation, and Implementation Strategy (SRIDA) that outlines sustainable solutions, both financially and in terms of environmental impact.

 

 

You might also be interested in
Researchers collaborating on the development of quantum technologies at the SQMS Quantum Garage, one of the quantum research facilities developed by the Centre. ©Ryan Postel, Fermilab

Quantum computing: INFN and the US SQMS laboratory renew their collaboration

Chiara Maccani, dottoranda al CERN e all'Università di Padova, al lavoro sul rivelatore TWOCRYST nel tunnel dell'LHC ©Sune Jakobsen

Search for new physics: a possible new approach from bent crystals

Graphic reconstruction of a detail of the future underground infrastructure of the Einstein Telescope

Einstein Telescope: Lusatia officially enters the competition

The engineering model of the electrode housing developed for ESA's LISA space mission with Riccardo Freddi and Andrea Moroni (OHB Italia) and Carlo Zanoni (INFN-TIFPA), from right to left.

Detecting gravitational waves from space: first steps for the LISA mission

XIII edition of the International School of Science Communication and Journalism in Erice

ORIGINS. Exploring Science Communication and Journalism

Nobel Prize in Physics 2025 awarded to John Clarke, Michel H. Devoret and John M. Martinis

Nobel Prize in Physics 2025: congratulations to John Clarke, Michel H. Devoret and John M. Martinis