Etherospermia: The sky-seeding project

This paper presents the artistic practice of the researcher Ioannis Michaloudis with a space technology material and its potential use for cultural utilization of space. Since 2001 his Art&Science research projects have been based on the space technology nanomaterial silica aerogel, which Michal...

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Main Authors: Michaloudis, Ioannis, Aleksandrow, Luke
Other Authors: International Astronautical Federation
Format: Conference Paper
Published: 64th International Astronautical Congress 2013
Online Access:http://hdl.handle.net/20.500.11937/11205
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author Michaloudis, Ioannis
Aleksandrow, Luke
author2 International Astronautical Federation
author_facet International Astronautical Federation
Michaloudis, Ioannis
Aleksandrow, Luke
author_sort Michaloudis, Ioannis
building Curtin Institutional Repository
collection Online Access
description This paper presents the artistic practice of the researcher Ioannis Michaloudis with a space technology material and its potential use for cultural utilization of space. Since 2001 his Art&Science research projects have been based on the space technology nanomaterial silica aerogel, which Michalou(di)s considers a personification of our wounded sky. For humanity, the step towards space is a real “bridge moment” analogue to when organisms evolved and moved out, from water to earth. For this space era, humans need to develop new organs and new skills. Otherwise they need to cultivate new skies, in response to the breaking of our atmosphere’s dome. Etherospermia (εθεροσπέρμια) is an invented word from ether and panspermia. The Etherospermia project is targeting to the creation of new atmospheres on other planets. Imagine an astronaut who, during his space walk, will seed fragments of Michalous’ silica aerogel Skies into space; as if these sky-spores could grow into new atmospheres on other planets and thus make them habitable. This paper will develop the general public outputs of this idea by presenting seven artworks: Michalous’ A Portable Sunset, A piece of sky in between your fingers, My first time I touch a cloud, Bottled Sky, (M)other Earth, (L)imited sky and Aleksandrow’s Broken Silence.
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publishDate 2013
publisher 64th International Astronautical Congress
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spelling curtin-20.500.11937-112052017-01-30T11:23:27Z Etherospermia: The sky-seeding project Michaloudis, Ioannis Aleksandrow, Luke International Astronautical Federation This paper presents the artistic practice of the researcher Ioannis Michaloudis with a space technology material and its potential use for cultural utilization of space. Since 2001 his Art&Science research projects have been based on the space technology nanomaterial silica aerogel, which Michalou(di)s considers a personification of our wounded sky. For humanity, the step towards space is a real “bridge moment” analogue to when organisms evolved and moved out, from water to earth. For this space era, humans need to develop new organs and new skills. Otherwise they need to cultivate new skies, in response to the breaking of our atmosphere’s dome. Etherospermia (εθεροσπέρμια) is an invented word from ether and panspermia. The Etherospermia project is targeting to the creation of new atmospheres on other planets. Imagine an astronaut who, during his space walk, will seed fragments of Michalous’ silica aerogel Skies into space; as if these sky-spores could grow into new atmospheres on other planets and thus make them habitable. This paper will develop the general public outputs of this idea by presenting seven artworks: Michalous’ A Portable Sunset, A piece of sky in between your fingers, My first time I touch a cloud, Bottled Sky, (M)other Earth, (L)imited sky and Aleksandrow’s Broken Silence. 2013 Conference Paper http://hdl.handle.net/20.500.11937/11205 64th International Astronautical Congress restricted
spellingShingle Michaloudis, Ioannis
Aleksandrow, Luke
Etherospermia: The sky-seeding project
title Etherospermia: The sky-seeding project
title_full Etherospermia: The sky-seeding project
title_fullStr Etherospermia: The sky-seeding project
title_full_unstemmed Etherospermia: The sky-seeding project
title_short Etherospermia: The sky-seeding project
title_sort etherospermia: the sky-seeding project
url http://hdl.handle.net/20.500.11937/11205