Field not found.

INFN AT THE MAKER FAIRE ROME 2015 WITH HOMEMADE DETECTORS

16 October 2015
MF2015

As from this year, the INFN has joined the list of partners for the Maker Faire, the important exhibition for new digital artisans. The Italy 2015 edition was hosted by the Sapienza University in Rome. Makers from the INFN showed the public how to build a homemade particle detector, using simple ingredients. The instruments presented at the event, a cosmic ray detector and accelerated particle beam scanner, were built using “ArduSiPM” Arduino Shield software and board, developed for research purposes by the INFN’s Rome division. With the addition of a few electronic components, it was possible to build a particle detector data acquisition and control system, creating a small-scale replica of the large physics experiments built by the INFN. The homemade detector is very similar to the larger versions used for instance in the LHC accelerator at CERN, but its very low production costs mean it has numerous applications in education. As well as presenting the work of its makers, the INFN also took part in the Maker Faire Rome 2015 with a contribution to the exhibition called “La Scienza illumina” (Science illuminates), the aim of which was to raise awareness among people of all ages about sustainability and energy saving. The exhibition was designed and realized by the Sapienza University in Rome.

 

You might also be interested in

ALICE measures the conversion of lead into gold using Italian calorimeters

Immagine: MEG II ©PSI

In search of new physics: MEG II updates its record

PADME experiment_Frascati National Laboratories_INFN

New results from the Padme experiment in the search for the X17 particle

Hot aisle of the machine room at the INFN Turin computing center.

Computing Technologies for the Einstein Telescope: CTLAB4ET Laboratory inaugurated in Turin

ELI Beamlines building in Prague, Czech Republic ©ELI ERIC

EuPRAXIA chooses ELI Beamlines as second site for laser-driven accelerator

LHCb experiment at CERN (©CERN)

Matter in the mirror: difference in behaviour between baryons and anti-baryons observed for the first time