Curated by Francesco Urbano Ragazzi
in collaboration with NASA, Fermi Telescope, INFN, during the Fermi Large Area Telescope Meeting – 29.03.2017
CERN Auditorium
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A meeting of multi-messenger astrophysics shares the stage with a contemporary artist.
On March 29 at CERN, Geneva, Luca Pozzi will present his project Blazing Quasi-Stellar Object organized by curatorial duo Francesco Urbano Ragazzi.
The Fermi Large Area Telescope (LAT) Spring Collaboration Meeting, which every year brings together more than 150 astrophysicists to discuss analysis of data collected by the Fermi satellite telescope, will host the project.
The 2017 edition of the meeting will take place in the CERN Auditorium, in the same room that announced the discovery of the Higgs boson to the world. Luca Pozzi’s art complements this event through a series of performative and environmental interventions that transcend the specific scientific field yet at the same time maintaining an accurate representation of the original
concepts. Over the past several years indeed, this Italian artist has had a profound interest and dialog with the most avant-garde physics research institutes of the world.
The invitation in this case comes from Luca Latronico and Nicolao Fornengo, two well known astroparticle physicists from the Italian National Institute for Nuclear Physics (INFN).
Blazing Quasi-Stellar Object is a multimedia work which is structured in a lecture-performance and its complex scenic apparatus: from the sculptural elements which will configure the stage, to the animations projected on the big screen of the auditorium, and the images appearing on the audience’s laptops.
On the first day of the summit, each attendee will receive The Big Jump Theory, a 3-D animated screen saver designed by the artist. This animation expresses an imaginary theory inspired by conjectures of quantum gravity, the recent gravitational wave discovery and the image of the Fermi-LAT gamma-ray sky.
The starting point of the digital work is that of empty space, represented by a gray and white Photoshop checker pattern. Pozzi then breaks this emptiness with the appearance of a “Gravity shoe” in the form of a futuristic running shoe. This object represents an almost primitive technology yet at the same time a contemporary tool for the movement of a body in space. It also symbolizes an energetic object which can be seen as a cross between the big bang and an origin myth. The dynamic movement of a jump results in the emergence of a cyclical universe that folds the fabric of empty space leading to the images of the gamma-ray sky as seen by the Fermi telescope.The Big Jump Theory will be available to view and free to download through the NASA website https://blogs.nasa.gov/GLAST from the first day of the meeting.
In addition to these digital animations, a series of anodized aluminum panel sculptures will be on display. These sculptures, entitled Fingers crossed, serve to illustrate magnetic fluctuations generated by a pair of ping-pong balls caught the instant before their paths inevitably collide. The auditorium stage will host these works throughout the
meeting.
These pictorial panels, arranged in such a way to appear suspended in mid air, seem to recall in an abstract way the Tiziano painting Bacco e Arianna. Luca Pozzi in fact provides a close examination of this exact painting during a lecture-performance highlighting his inspiration from this work. Through a rich visual setup of digital animations, videos and slides, the artist guides the audience in an analysis of this late Renaissance masterpiece focusing on the complex stratification of the symbolisms present in this painting. The coexistence of information, stories and
differing temporal planes draws this painting closer to the frontiers of multi-messanger astrophysics.
In the field of multi-messanger astrophysics indeed, a single cosmic event is observed in many different wavelengths providing a wide range of information allowing a unified interpretation to be revealed. This inter-disciplinary work is not based so much on data analysis or the acquisition of a method but on a deep investigation of the aesthetics and nature of information itself. Be it painting or astrophsyics, it’s the exchange of information that determines the infinite layers of reality that the human mind can imagine.
Blazing Quasi-Stellar Object inhabits at least two of these layers: the first being the CERN auditorium, experienced solely by the physicists attending the Collaboration Meeting, while the second is via the media and the subsequent documentation of the event. This second layer of existence places this project in The Internet Saga, a platform for artistic research in the information society directed by Francesco Urbano Ragazzi.
Being the fourth episode of the Saga, which started in Venice in 2015, the tale of Blazing Quasi-Stellar Object will unfold through the social channels of the platform and eventually land to the Fermi NASA website and expand through unexplored channels.
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BLAZING QUASI-STELLAR OBJECT, LECTURE PERFORMANCE, CERN MAIN AUDITORIUM, 2017 ph. Cosimo Filippini

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Blazing Quasi-Stellar Object, slide presentation

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FERMI SKY TALISMAN, 5X10CM, SILICON, 2017 ph. Cosimo Filippini

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BLAZING QUASI-STELLAR OBJECT, LECTURE PERFORMANCE, CERN MAIN AUDITORIUM, 2017 ph. Cosimo Filippini

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BLAZING QUASI-STELLAR OBJECT, LECTURE PERFORMANCE, CERN MAIN AUDITORIUM, 2017 ph. Cosimo Filippini

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Blazing Quasi-Stellar Object, slide presentation

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FINGERS CROSSED, 95X50CM, ANODIZED ALUMINUM, PING-PONG BALLS, MAGNETS, 2017 ph. Cosimo Filippini

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FINGERS CROSSED, 95X50CM, ANODIZED ALUMINUM, PING-PONG BALLS, MAGNETS, 2017 ph. Cosimo Filippini

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FINGERS CROSSED, 95X50CM, ANODIZED ALUMINUM, PING-PONG BALLS, MAGNETS, 2017 ph. Cosimo Filippini

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Exhibition view, ph. Cosimo Filippini

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Blazing Quasi-Stellar Object, slide presentation

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STRINGS, 15X28X13CM, ANODIZED ALUMINUM, WILSON TENNIS BALL, PING PONG BALLS, MAGNETS. ph Cosimo Filippini

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STRINGS, 15X28X13CM, ANODIZED ALUMINUM, WILSON TENNIS BALL, PING PONG BALLS, MAGNETS ph Cosimo Filippini

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MULTIMESSENGER LESSON, 6X2M, CHALK DRAWING ON CERN GIANT BLACKBOARD, DETAIL.

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MULTIMESSENGER LESSON, 6X2M, CHALK DRAWING ON CERN GIANT BLACKBOARD, DETAIL.

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BIG JUMP THEORY 0-137200000017, SCREENSAVER (EXHIBITION VIEW), 50SEC, 2017 ph Cosimo Filippini

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BIG JUMP THEORY 0-137200000017, SCREENSAVER in collaboration with Massimo Russo.

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BIG JUMP THEORY 0-137200000017, SCREENSAVER (EXHIBITION VIEW), Building 40, CERN ph Cosimo Filippini

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BIG JUMP THEORY 0-137200000017, SCREENSAVER (EXHIBITION VIEW), Building 40, CERN ph Cosimo Filippini

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Blazing Quasi-Stellar Object, slide presentation

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DRAGON SUMMONING, 80X120CM, MARKER ON WHITE BOARD, 2017

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DRAGON SUMMONING, 80X120CM, MARKER ON WHITE BOARD, 2017

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Blazing Quasi-Stellar Object, slide presentation

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DISCOVERY&PREMONITIONS, SOUND INSTALLATION, 28MIN, EXHIBITION VIEW AT CERN SCULPTURE ph Cosimo Filippini

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DISCOVERY&PREMONITIONS, SOUND INSTALLATION, 28MIN, EXHIBITION VIEW AT CERN SCULPTURE ph Cosimo Filippini