Interferenze Contemporanee Festival la Versiliana
Marina di Pietrasanta (Lu) Italia
Interferenze Contemporanee è una mostra collettiva ideata e curata da Enrico Mattei con lo scopo di creare un progetto site-specific globale affidato a quattro giovani artisti: Andrea Borghi, HR-Stamenov, Massimiliano Pelletti e Projema Series. Un’interferenza positiva che produce lo stesso tipo di segnale della specie che si ricerca: una ricerca di progetti d’arte contemporanea che grazie al Festival La Versiliana trova un terreno fertile su cui agire in modo interdisciplinare, abbat- tendo i confini residui che inutilmente cercano di creare settori separati tra le arti e in particolare vedono la loro realizzazione per interagire con gli spettatori. Interferire senza recare alcun danno, intromissione che vuole essere un sovrapporsi d’idee, interessi, competenze e tutto ciò che possa portare arricchimento culturale grazie all’arte contemporanea. Tutti i progetti sono stati realizzati grazie all’uso diretto e indiretto della corrente elettrica.
Curated by Enrico Mattei
Interferenze Contemporanee is a site specific project entrusted to four young artists: Andrea Borghi, HR-Stamenov, Massimiliano Pelletti e Projema Series. A positive interference that pro- duces the same type of sign of the species that search: a contemporary art project that thanks to the Festival La Versiliana finds the right way to make its concept and to interact with the people.
The exhibition interferes without to bring some damage, interference that it wants to be to overlap itself of ideas, interests, competences and of all this that can carry cultural enrichment thanks to the contemporary art.
The realization of the site-specific project is centralized on the use of the electrical current, some installation will take advantage of it from the lights of the park and the space of the Green House, others will directly use it for the operation of video projector, software, etc.
The distance that will to form will offer the spectator a vision of contemporary art centralized on the “electrical interference”, to adapt itself to that it is found interacting with interesting proposals at best and in particular planned for the place in which they will be used.
Vehicle Projects | management of contemporary art via Ferrucci 44/b
55042 Forte dei Marmi . Italy www.vehicleprojects.org info@vehicleprojects.org t. +39 0584 283397 f. +39 0584 874089
Entertainment is dedicated to the memory of the american writer David Foster Fallace (who
commited suicide on september 12, 2008) and to his masterpiece Infinite Jest (2006). The
book tells a story about a movie that produces a real physical pleasure that after a few min-
utes the people watching forget everything that is around them.
Vehicle Projects | management of contemporary art
presenta dal 1 al 7 Luglio 2009
Interferenze Contemporanee a cura di Enrico Mattei
HR-Stamenov “Interference Between Light and Matter”
Il progetto site-specific di HR-Stamenov gioca sulla concretizzazione della materia attraverso una fonte di luce, l’artista interviene nello spazio applicando stampe adesive raffiguranti graduali pas- saggi di luce direttamente sulle lampade e a terra, cerchi di gesso di bianco e zucchero cristallizzato nero violaceo. L’operazione consiste nell’uso indiretto della corrente elettrica delle lampade per sviluppare la teoria del teletrasporto quantistico, la quantita’ di materia aumenta grazie al progres- sivo passaggio di luce.
Site specific installation: photo print on duraclear, low consumption lamps, chalk and sugar crystals
The site-specific art project plays on the production of the matter through a light source, the artist takes part in the space applying adhesive prints representing gradual passages of light on the lamps, to earth it design circles of white chalk with crystallized black sugar. The opera- tion consists in the indirect use of the electrical current of the lamps in order to develop the theory of the quantum teleportation, the matter amount increases thanks to the progressive passage of light.
Intervento specifico sul sito : stampe plotter adesive, lampade basso consumo, gesso e cristalli di zucchero collato.
In September 1995, Prof. Walter Oelert and an international team from Jülich IKP-KFA, Erlangen-Nuernberg University, GSI Darmstadt and Genoa University succeeded for the first time in synthesising atoms of antimatter from their con- stituent antiparticles. Nine of these atoms were produced in collisions between antiprotons and xenon atoms over a period of three weeks. Each one remained in existence for about forty billionths of a second, travelled at nearly the speed of light over a path of ten metres and then annihi- lated with ordinary matter. The annihilation produced the signal which showed that the anti-atoms had been created.
First atoms of antimatter produced at CERN
Ordinary atoms consist of a number of electrons in orbit around an atomic nucleus. The hydrogen atom is the simplest atom of all; its nucleus consists of a proton, around which a single electron circulates. The recipe for anti-hydrogen is very simple - take one antiproton, bring up one anti-electron, and put the latter into orbit around the former - but it is very difficult to carry out as antiparticles do not naturally exist on earth.
They can only be created in the laboratory. The experimenters whirled previously created antiprotons around the CERN* Low Energy Antiproton Ring (LEAR), passing them through a xenon gas jet each time they went around - about 3 million times each second. (see scheme of the experiment) Very occasionally, an antipro- ton converted a small part of its own energy into an electron and an anti-electron, usually called a positron, while passing through a xenon atom. In even rarer cases, the positron’s velocity was sufficiently close to the velocity of the antiproton for the two particles to join - creating an atom of anti-hydrogen (seediagram of the principle) Three quarters of our universe is hydrogen and much of what we have learned about it has been found by studying ordinary hydrogen. If the behaviour of anti-hydrogen differed even in the tiniest detail from that of ordinary hydrogen, physicists would have to rethink or abandon many of the established ideas on the symmetry between matter and antimatter. Newton’s historic work on gravity was supposedly prompted by watching an apple fall to earth, but would an “anti-apple” fall in the same way? It is believed that antimatter “works” under gravity in the same way as matter, but if nature has chosen otherwise, we must find out how and why.
The next step is to check whether anti hydrogen does indeed “work” just as well as ordinary hydrogen. Com- parisons can be made with tremendous accuracy, as high as one part in a million trillion, and even an asym- metry on this tiny scale would have enormous consequences for our understanding of the universe. To check for such an asymmetry would mean holding the anti-atoms still, for seconds, minutes, days or weeks.
The techniques needed to store antimatter are under intense development at CERN. New experiments are currently being planned, to capture antimatter in electrical and magnetic bottles or traps allowing for high precision analysis.
The first ever creation of atoms of antimatter at CERN has opened the door to the systematic exploration of the anti world.
a, Calibration of the teleportation feedback gain.
Verifying pulse canonical variable ycver versus the input pulse canonical variable Q for 10,000 teleporta- tion runs. All dimensionless canonical variables are normalized so that their variance for a vacuum state is 1/2. The coherent input state used in the plot has a mean photon number of 500, and is slowly modu- lated in phase during this measurement. The straight line fit is used for calibration of the feedback gain (see comments in the text). b, An example of data from which the atomic state variances after the teleporta- tion are determined. Two canonical variables of the verifying pulse, ycver and ysver, are plotted for an in- put state with = 5 and a fixed phase. The dashed lines indicate twice the standard deviation intervals which are used to determine the atomic state variances.
Installation view at “Green House”
Canonical variables plotted on horizontal axes are nor- malized so that their variance for a vacuum state is 1/2.
“Interference Between Light and Matter”
Installation view
Stage N # 01 Stage N # 02 Stage N # 03 Stage N # 04
Light
Stage N # 10 100% opening
Matter
Stage N # 10 100% appearance