PEOPLE

December 2015

EUROPE DESIGNS THE SUPERCOMPUTERS OF THE FUTURE

Interview with Piero Vicini, coordinator of the European supercomputer project ExaNeSt for the Italian INFN


A billion billion calculations per second (that is a one followed by 18 zeros). Such is the computing power of the supercomputers of the future. Developing them is the ambitious goal of a European project now set to get underway. The project is called ExaNeSt, European Exascale System Interconnect and Storage. Among its various Italian partners are the INFN - with the CNAF (National Centre for Research and Development in Information Technology) and the Rome division at the Sapienza University of Rome - the Italian Institute for Astrophysics (INAF), eXact LAB and the Italian branch of ENGINSOFT. Piero Vicini is the project coordinator for the INFN. We asked him to explain why we need increasingly high-performing supercomputers in the so-called era of Big Science.


Can you tells us what the ExaNeSt project is all about?

ExaNeSt is a research project funded by the European Commission as part of the Horizon 2020 framework programme. It will contribute to the development of large-scale parallel HPC (High Performance Computing) systems. Production should start within the next five to seven years. We expect these systems to reach one ExaFLOPS, where FLOPS stands for FLoating point OPerations per Second, and the prefix "Exa" indicates 1018, the equivalent of a 1 followed by 18 zeros. Put simply, we are talking about a computing system capable of performing a billion billion arithmetic operations per second, ...

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NEWS

December 2015

Infrastructures
KM3NET: CONSTRUCTION OF THE NEUTRINO DETECTOR HAS COMMENCED

The first complete string of the KM3NeT neutrino telescope was installed on the seabed and connected to the shore in December. This marks the start of the construction of the experiment, which will be the biggest astrophysical neutrino detector in the northern hemisphere. ...

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Research
THE PUZZLE OF THE ORIGIN OF ELEMENTS IN THE UNIVERSE

LUNA (Laboratory for Underground Nuclear Astrophysics) at the INFN Gran Sasso National Laboratory has recreated and observed a rare nuclear reaction that occurs in giant red stars, the type of star our Sun will eventually become. This is the first direct observation of sodium production in these stars, ...

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Research
CERN STARTS COLLIDING IONS AT RECORD-BREAKING ENERGIES

After the restart of the LHC (Large Hadron Collider) in June 2015, with a record-breaking collision energy of 13 TeV, and its first months of data taking with proton collisions, the super accelerator at CERN in Geneva is moving to a new phase. Inside the LHC's beam pipe, ...

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Industrial Collaborations
A PIECE OF ITALY IN THE INTERNATIONAL Mu2e EXPERIMENT AT FERMILAB

ASG Superconductors based in Genoa, Italy, was recently awarded the contract to build one of the three magnets for the international Mu2e (Muon to electron) experiment at Fermilab, which will study the conversion of muons to electrons. The contract reflects the successful partnership between fundamental research and industrial research. ...

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FOCUS ON


THE FIRST STEP TOWARDS OBSERVING GRAVITATIONAL WAVES FROM SPACE

At 5 am Central European Time on 3 December, LISA Pathfinder (Laser Interferometer Space Antenna Pathfinder) took off from the European spaceport in French Guiana. LISA Pathfinder is the technological forerunner of eLISA (evolved LISA), the spatial interferometer for detecting gravitational waves and the third of the ESA's large missions in its Cosmic Vision scientific programme. A few weeks ago LISA Pathfinder was placed in an elliptical orbit at a distance of between 200 and 1540 kilometres from Earth. Over the next few weeks the probe will move from this transitional "parking" orbit to reach its final position where it will orbit about the L1 Lagrangian point, at about 1.5 million kilometres from Earth, locked in a gravitational equilibrium between the Sun and the Earth. Built by the ESA with the fundamental contribution of the ASI and in collaboration with the INFN and the University of Trento, LISA Pathfinder has the ambitious task of opening the way for observing gravitational waves from space, a mission that will start by 2034 with the launching of eLISA. Once complete, eLISA will be a highly valuable observatory for astrophysics, cosmology and general relativity and will enlarge our understanding of the evolution of the universe, when galaxies, stars and planets started to take shape. Gravitational waves are emitted by all bodies, whether visible or not. They record the motion of objects in the most remote depths of the universe and carry the information to us, like the sounds of the night, capable of passing undisturbed through any kind of matter or energy. LISA Pathfinder will thus pave the way for this new mission that will bring about a profound revolution in the fields of astrophysics, astronomy and cosmology. ...

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CONTACT



INFN - COMMUNICATIONS OFFICE

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+39 06 6868162

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INFORMATION


cover image:

LISA Pathfinder launch on 3 December 2015

 

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