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SoDA WORKS 2015

The SODA WORKS 2015 compiles selected contents of the SODA master graduates of 2016 thesis projects. It reflects the experimentation and/or critical reflection that the SODA students pursue in preparation of their final SODA project. It positions their work in relation to their experiences and to wider cultural and aesthetic questions and conditions.

The SODA WORKS 2015 compiles selected contents of the SODA master graduates of 2016 thesis projects. It reflects the experimentation and/or critical reflection that the SODA students pursue in preparation of their final SODA project. It positions their work in relation to their experiences and to wider cultural and aesthetic questions and conditions.

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An orbit commonly refers to the path of a repetitive<br />

movement. From the perspective of physics, on<br />

the other hand, an orbit can only be established and<br />

properly function when the presence of two bodies<br />

is a prerequisite. In other words, orbiting is not the<br />

independent action of a singular body that proceeds on<br />

its own, it is the consequential action of two bodies in<br />

the effect of gravitation. One of the two bodies acts as a<br />

focus of the other, which revolves around the former in<br />

a circular, elliptical or parabolic path. Behind the body<br />

that moves, there exists the other body, which enables<br />

it to move, and the force that mediates the two bodies.<br />

Based on the aforementioned facts, we might also think<br />

of a moving body and its time.<br />

A body orbits in an ellipse.<br />

It takes ( ) for a body to complete one orbit.<br />

Suppose that another body that served as a focus in<br />

creating this orbit disappears at a certain point.<br />

A body will not move in the same way anymore.<br />

The time of a body will not be repeated every ( ) any<br />

longer.<br />

Thus ( ) is the time invented by two bodies under the<br />

force of gravitation.<br />

Therefore an orbit should be understood as one form<br />

of time.<br />

Orbital Studies is a study to reflect time as an orbit.<br />

Time which has its origin in the gravitational force of the<br />

other. A performance as a site for an orbiting body of<br />

Halley’s comet.<br />

foto © Marion Borriss

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