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PEOPLE

NOVEMBER 2016

BEYOND RESEARCH
Interview with Speranza Falciano, Vice President of INFN and Technology Transfer representative of the executive board of the Institution.


As a public research organization, INFN carries out its mandate by combining the transfer of knowledge and technologies useful to society with the basic research mission. This takes place in the direct form of communication and public engagement, as well as thanks to technology transfer initiatives, with the transmission of know-how acquired in basic research to the development of technologies of public utility.

 

How are the technology transfer activities structured in the institution?

The strategy implemented by INFN for technology transfer is mostly based on the exploitation of innovative ideas and techniques that arise in the context of basic research and, subsequently, trying to facilitate and speed up the processes that drive the exchange of knowledge between the research world and society, be it the world of business or any context that can be the recipient of applications, thus allowing new technologies to translate into goods and services usable by the community. To achieve this goal INFN, consisting of several facilities distributed around the country, has set up an organisation specifically covering aspects of an administrative-legal and scientific-technological nature, all coordinated by a steering committee, the National Committee for Technology Transfer (CNTT), whose connection with the central governing bodies is ensured by a member of the Executive Committee constantly attending the meetings. The Committee is supported operationally by the Technology Transfer Department (UTT) that takes care of administrative issues and those of operational support to researchers and is reinforced by qualified human resources with various profiles of expertise (legal/patents, economic, technological), typical of a sector with strong interdisciplinary characteristics. ...

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NEWS

NOVEMBER 2016


INTERNATIONAL AGREEMENTS

INFN SIGNS AN AGREEMENT FOR A HADRONTHERAPY CENTRE IN THE US

One of the first US centres for cancer treatment with hadron therapy will be built in Dallas, Texas, with the scientific contribution of INFN. The decision came during the international conference on heavy ion therapy (International Symposium on Ion Therapy - ISIT), held at the beginning of November in Milan. The agreement with the University of Texas Southwestern Medical centre - UTSW was signed by the President of INFN, Fernando Ferroni, and by Hak Choy, head of the radio-oncology department of UTSW. ...

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APPOINTMENTS

ANTONIO MASIERO ELECTED
PRESIDENT OF ApPEC

Antonio Masiero, Vice President of INFN, a theoretical physicist and professor at the University of Padua, has been elected president of ApPEC (Astroparticle Physics European Consortium), the consortium formed by European agencies funding astroparticle physics in individual countries, ...

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RESEARCH

COSMIC REPLAY UNDER THE LENS OF EINSTEIN

After seven billion years, the photons emitted by the galaxy "QSO B0218+357", which is home to a supermassive black hole, have reached the Earth. Observing the most distant source of gamma rays ever observed at high energy were the Fermi-LAT (Large Area Telescope) space telescope ...

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RESEARCH

LHCf EXPERIMENT RESTARTED AT CERN

Following successful completion, in the course of last week, of re-installation of the detector in the LHC tunnel, on 25 November the small LHCf detector started acquiring the data of the new proton-lead run, which got underway on 10 November in the LHC super-accelerator at CERN in Geneva. After a first phase of low intensity and low energy (2.5 TeV) collisions, ...

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FOCUS ON


25TH ANNIVERSARY OF LUNA

LUNA (Laboratory for Underground Nuclear Astrophysics) is an international experiment based on a small linear accelerator, the only one in the world to be installed in an underground laboratory to shelter it from the shower of particles coming from the cosmos. The experiment, whose 25 th anniversary will be celebrated on 1 December next, is installed at the Gran Sasso National Laboratories, shielded by 1400 metres of rock that protect the infrastructure from cosmic rays, allowing the observation of extremely rare processes. LUNA aims to study the thermonuclear fusion reactions that take place in the core of the stars where, for billions of years, and still today, the elements that make up matter are produced. The experiment recreates in the laboratory the energy of nuclei at the centre of stars, from tens to several hundred keV, turning back the clock with its accelerator. LUNA is able to recreate the conditions of the stellar matter up to one hundred million years after the Big Bang when the first stars were formed and those processes that gave rise to the mysteries that we have not yet fully understood were triggered, such as, for example, the enormous variability in the quantity of elements in the Universe. The core of LUNA is a small linear accelerator (terminal voltage of 400 kV), which provides hydrogen or helium beams with very high current (up to approx. 600 μA), sending them to a solid or a gaseous target and inducing nuclear fusion reactions. Special silicon, germanium or scintillating crystal detectors photograph the products of the collisions and identify the reaction, starting from the particles produced and the radiation emitted. To take full advantage of the peculiar conditions of the Gran Sasso Laboratories, the materials used in the experiment, in particular the detectors, are selected to have a very low internal radioactivity. Thanks to this, LUNA holds the sensitivity record in a nuclear physics experiment, having been able to observe and isolate, in a particular experiment, a single event in two months of continuous interaction between the projectile beam and the atoms of the target. ...

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CONTACT



INFN - COMMUNICATIONS OFFICE

comunicazione@presid.infn.it

+39 06 6868162

INFORMATION


cover image:

Coils of a cyclotron used in nuclear medicine (©AAA, Ivrea)

 

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