Medien Wiki - User contributions [en]

Nodari Gogosashvili

2022-11-28T21:47:39Z

Duqu0149: Created page with "400px ---- ''David..."

[[File:U.S army.png|400px]]

----
''David Kahn, The Codebreakers (New York: Macmillan Co., 1967)''

== Wheel cypher ==
Originally invented by Thomas Jefferson in 1795

Jefferson's wheel is a polyalphabetic cipher that uses a cylinder made of 36 disks with vertical rotating wheels. It was "re-invented" several times and in the early 20th century, Designated as M-94. it was used by the Army and other military services from 1922 to the beginning of World War II.

== How does it work? ==
[[File:20 letters.jpg|400px]]

The series of disks define 26 rows, each of 20 random letters. A message is encoded by rotating the disks one at a time so that one of the rows (and it does not matter which row) matches the text of the message. The ciphertext is then taken to be the letters read across any other row.

This ciphertext is decrypted by the intended recipient, who has an identical wheel,
by rotating the disks so as to match the ciphertext across one of the rows. The recipient
then locks the disks in that position and turns the whole apparatus until a message
that makes sense is observed across a row.

== Goal: ==

'''Interactive decipher device'''

Stage one: Build a prototype of a decipher machine from the wood.
[[File:My config1.png|400px]]

Stage two: attach sensors to letters on every disk, work with arduino to have output on computer.
Use sensor outputs to map letters

GMU:Construction - Destruction

2022-11-28T21:46:15Z

Duqu0149: /* Student work (your contributions) */

''[[File:Construction_destruction_s+.jpg|1000px]] ''how DALL·E interprets the topic [https://labs.openai.com/s/bkK0W2zRq1czdCo97bRJLDBF]
''

Construction and deconstruction processes can be observed in all areas of activity, there occurring as build up and dismantling. Both activities are mutually dependent. In order to be able to build up, another structure must be broken down. These activities indicate the limited availability of space and time, the need to be thought of in cycles. In their respective contexts, they develop meaning, morality, violence, hope.
They appear to us in non-ending promises of growth in capitalism, the loss of nature through climate change or massive destructions of wars, but also in the natural decay and the natural growth. We are permanently confronted with the phenomena of construction and destruction and have every reason to reflect on them.
In art, Gustav Metzger in his autodestructive art or Mierle Ladermann-Ukeles in her "Maintenance Art" have positioned themselves on this. "Politics of care" also think in a different way about the future. Where do we stand? How do we deal with construction, destruction, poiesis or decay? What processes do we use for our personal research?
The project proposes a practical approach to the topic and offers the opportunity to experiment with the different forms of constructing or destruction and to address their mechanisms of action and their impact in their environment.

I'm curious how you are interpreting construction and destruction and where you see the fields of activities for artists, designers and architects.

Besides the fach courses of my co-workers who wil, this semester, '''Christian Doeller''' will be assisting us with practical support to develop interactive artefacts within the context of the project.

Meetings in presence '''Tuesdays at 9.15 - 12.30 the Digital Bauhaus Lab Bauhaus Strasse 7''', ground floor.
Start: October 18th

== Readings ==

* [https://monoskop.org/images/c/c9/Stiles_Kristine_1987_Synopsis_of_the_Destruction_in_Art_Symposium_and_Its_Theoretical_Significance.pdf Destruction in Art Symposium]
* Anna Tsing: Arts of Living on a Damaged Planet: Ghosts and Monsters of the Anthropocene ISBN 978-1517902360
* Bruno Latour and Peter Weibel: Critical Zones ISBN 9780262044455
* Paul Virilio: Bunker Archaeology ISBN 978-1568980157
* Andrew Pickering: The Mangle in Practice ISBN 978-0-8223-4373-8
* Mathieu Copeland, Clément Dirié (eds.), 'Gustav Metzger. Writings (1953-2016)', Geneva: JRP Editions, 2019, ill. ISBN 978-3-03764-535-2
* Ursula Damm, Mindaugas Gapsevicius: Shared Habitats ISBN 978-3-8376-5647-3
* Sacha Kagan: Art and Sustainability - Connecting Patterns for a Culture of Complexity ISBN 978-3837618037
* [https://times-of-waste.ch/wp-content/uploads/2018/01/YVolkart_From-Trash_to_Waste-1.pdf Yvonne Volkart: From Trash to Waste]
* Hannah Arendt: The freedom to be free https://www.penguin.co.uk/books/320/320067/the-freedom-to-be-free/9780241472880.html

== Artists ==
* [https://www.tate.org.uk/art/artists/gustav-metzger-7196 Gustav Metzger]
* [https://www.ardmediathek.de/video/capriccio/werkschau-der-amerikanischen-kuenstlerin-joan-jonas-in-muenchen/br-fernsehen/Y3JpZDovL2JyLmRlL3ZpZGVvL2E1NGYwMDA0LTI0ZDUtNGM0Ni1hYjQ1LWI4MWMzYmIwYmY1OA?fbclid=IwAR369QoHCAb8S6Hm9-euv4rZ5T16gOmgdQKG73jVJflTdKjlYvV4jvY2_aQ Joan Jonas in TV]
* [https://vimeo.com/106706806 Yoko Ono Cut piece]
* [https://jennasutela.com/ Jenna Sutela]
* [https://forensic-architecture.org/ Forensic-Architecture]
* [https://www.walidraad.com/ Walid Raad]
* [https://tranxxenolab.net/people/adriana_knouf/ Adriana Knouf]
* [https://archiv.adk.de/bigobjekt/17126 Lutz Dammbeck]
* [https://www.romansigner.ch/ Roman Signer]
* [https://monoskop.org/Mierle_Laderman_Ukeles Mierle Laderman Ukeles]
* [https://www.moma.org/artists/6636 Gordon Matta-Clark]
* [https://aesf.art/ AES+F]
* [http://sheldon-brown.net/ Sheldon Brown]
* [https://refikanadol.com/ Refik Anadol (as a phenomenon rather than an artist)]

== Projects ==
* [https://critical-zones.zkm.de/#!/ Critical Zones Web Platform]
* [https://critical-zones.zkm.de/#!/detail:lynn-margulis-archive-arbeitstitel Lynn Margulis: Live is a process]
* [https://critical-zones.zkm.de/#!/detail:perimeter-pfynwald-a-soundscape-observatory Marcus Maeder: Perimeter Pfynwald. A Soundscape Observatory]
* [https://www.julianrosefeldt.com/film-and-video-works/detonation-deutschland-1996/installation-views/ Julian Rosefeldt Detonation Deutschland]
* [https://www.google.com/url?sa=t&rct=j&q=&esrc=s&source=web&cd=&ved=2ahUKEwjFyKe8ocb6AhWuhv0HHbjRAK44ChAWegQICBAB&url=https%3A%2F%2Fwww.archplus.net%2Fdownload%2Fartikel%2F5029%2F&usg=AOvVaw1jhIWYdcOJMwoz7aHMDm7p The Architecture Machine Group]
* [https://blogs.otis.edu/in-focus/robots-r-us/ Robotic Chair by Max Dean, Raffaello D'Andrea, Matt Donovan]
* [https://youtu.be/FXY6ocvaZyE Ant Farm Media Burn]
* [https://youtu.be/JRPUjc5jLHM Andreas Angelidakis: The walking building], [https://youtu.be/6EZvOm6zMmk The building who wants to become a mountain (Walking building II]
* [https://vimeo.com/231411671 Johann Grimonprez: dial H-I-S-T-O-R-Y]
* [https://www.sfmoma.org/watch/peter-campus-on-his-most-famous-work-and-why-he-hates-it/ Peter Campus on 3 transitions]
== Projects related to Artificial Life ==
* [https://en.wikipedia.org/wiki/Molecubes Self replicating cubes]
* [https://news.mit.edu/2019/self-transforming-robot-blocks-jump-spin-flip-identify-each-other-1030 Self-transforming robot]
* [https://alien-project.org/ Artificial Life environment]

== Student work (your contributions) ==

[[Category:WS22]]
[[Category:Projektmodul]]
[[Category:Ursula Damm]]
*[[ Amelia Eickhoff]]
* [[Nodari Gogosashvili]]
* Franziska Kraetschmar
* Claas Matti Julius Krause
* Mojjo Krenz
* [[Maximilian Götz]]
* Victoria Mikhaylova
* [[/Martin Müller]]
* Lan Nguyen
* Stefan Ralevic
* Rodrige Saad
* [[/Cosmo Niklas Schüppel]]
* Ecce Sungur
* Thai Tai Pham

User:Duqu0149

2022-11-28T21:43:14Z

Duqu0149: /* Goal: */

File:My config1.png

2022-11-28T21:41:15Z

Duqu0149: Duqu0149 uploaded a new version of File:My config1.png

File uploaded with MsUpload

File:My config1.png

2022-11-28T21:38:42Z

Duqu0149: Duqu0149 uploaded a new version of File:My config1.png

File uploaded with MsUpload

User:Duqu0149

2022-11-28T21:36:32Z

Duqu0149: /* Goal: */

[[File:U.S army.png|400px]]

----
''David Kahn, The Codebreakers (New York: Macmillan Co., 1967)''

== Wheel cypher ==
Originally invented by Thomas Jefferson in 1795

Jefferson's wheel is a polyalphabetic cipher that uses a cylinder made of 36 disks with vertical rotating wheels. It was "re-invented" several times and in the early 20th century, Designated as M-94. it was used by the Army and other military services from 1922 to the beginning of World War II.

== How does it work? ==
[[File:20 letters.jpg|400px]]

The series of disks define 26 rows, each of 20 random letters. A message is encoded by rotating the disks one at a time so that one of the rows (and it does not matter which row) matches the text of the message. The ciphertext is then taken to be the letters read across any other row.

This ciphertext is decrypted by the intended recipient, who has an identical wheel,
by rotating the disks so as to match the ciphertext across one of the rows. The recipient
then locks the disks in that position and turns the whole apparatus until a message
that makes sense is observed across a row.

== Goal: ==

'''Interactive decipher device'''

Step one: Build a prototype of a decipher machine from the wood.
[[File:My config1.png|400px]]

Step two: attach sensors to letters on every disk, work with arduino to have output on computer.
Use sensor outputs to map letters

User:Duqu0149

2022-11-28T21:36:23Z

Duqu0149: /* Goal: */

[[File:U.S army.png|400px]]

----
''David Kahn, The Codebreakers (New York: Macmillan Co., 1967)''

== Wheel cypher ==
Originally invented by Thomas Jefferson in 1795

Jefferson's wheel is a polyalphabetic cipher that uses a cylinder made of 36 disks with vertical rotating wheels. It was "re-invented" several times and in the early 20th century, Designated as M-94. it was used by the Army and other military services from 1922 to the beginning of World War II.

== How does it work? ==
[[File:20 letters.jpg|400px]]

The series of disks define 26 rows, each of 20 random letters. A message is encoded by rotating the disks one at a time so that one of the rows (and it does not matter which row) matches the text of the message. The ciphertext is then taken to be the letters read across any other row.

This ciphertext is decrypted by the intended recipient, who has an identical wheel,
by rotating the disks so as to match the ciphertext across one of the rows. The recipient
then locks the disks in that position and turns the whole apparatus until a message
that makes sense is observed across a row.

== Goal: ==

'''Interactive decipher device'''

Step one: Build a prototype of a decipher machine from the wood.
[[File:My config1.png|400px]]
Step two: attach sensors to letters on every disk, work with arduino to have output on computer.
Use sensor outputs to map letters

User:Duqu0149

2022-11-28T21:35:20Z

Duqu0149: /* Goal: */

[[File:U.S army.png|400px]]

----
''David Kahn, The Codebreakers (New York: Macmillan Co., 1967)''

== Wheel cypher ==
Originally invented by Thomas Jefferson in 1795

Jefferson's wheel is a polyalphabetic cipher that uses a cylinder made of 36 disks with vertical rotating wheels. It was "re-invented" several times and in the early 20th century, Designated as M-94. it was used by the Army and other military services from 1922 to the beginning of World War II.

== How does it work? ==
[[File:20 letters.jpg|400px]]

The series of disks define 26 rows, each of 20 random letters. A message is encoded by rotating the disks one at a time so that one of the rows (and it does not matter which row) matches the text of the message. The ciphertext is then taken to be the letters read across any other row.

This ciphertext is decrypted by the intended recipient, who has an identical wheel,
by rotating the disks so as to match the ciphertext across one of the rows. The recipient
then locks the disks in that position and turns the whole apparatus until a message
that makes sense is observed across a row.

== Goal: ==

'''Interactive decipher device'''

Step one: Build a prototype of a decipher machine from the wood.
[[File:My config1.png|400px]]

Step two: attach sensors to letters on every disk, work with arduino to have output on computer.
Use sensor outputs to map letters

User:Duqu0149

2022-11-28T21:34:54Z

Duqu0149: /* How does it work? */

[[File:U.S army.png|400px]]

----
''David Kahn, The Codebreakers (New York: Macmillan Co., 1967)''

== Wheel cypher ==
Originally invented by Thomas Jefferson in 1795

Jefferson's wheel is a polyalphabetic cipher that uses a cylinder made of 36 disks with vertical rotating wheels. It was "re-invented" several times and in the early 20th century, Designated as M-94. it was used by the Army and other military services from 1922 to the beginning of World War II.

== How does it work? ==
[[File:20 letters.jpg|400px]]

The series of disks define 26 rows, each of 20 random letters. A message is encoded by rotating the disks one at a time so that one of the rows (and it does not matter which row) matches the text of the message. The ciphertext is then taken to be the letters read across any other row.

This ciphertext is decrypted by the intended recipient, who has an identical wheel,
by rotating the disks so as to match the ciphertext across one of the rows. The recipient
then locks the disks in that position and turns the whole apparatus until a message
that makes sense is observed across a row.

== Goal: ==

'''Interactive decipher device'''

Step one: Build a prototype of a decipher machine from the wood.
[[File:My config1.png|400px]]

----
Step two: attach sensors to letters on every disk, work with arduino to have output on computer.
Use sensor outputs to map letters

File:My config1.png

2022-11-28T21:34:36Z

Duqu0149: File uploaded with MsUpload

File uploaded with MsUpload

User:Duqu0149

2022-11-28T21:31:41Z

Duqu0149: /* How does it work? */

File:20 letters.jpg

2022-11-28T21:31:22Z

Duqu0149: File uploaded with MsUpload

File uploaded with MsUpload

User:Duqu0149

2022-11-28T21:27:37Z

Duqu0149:

[[File:U.S army.png|400px]]

----
''David Kahn, The Codebreakers (New York: Macmillan Co., 1967)''

== Wheel cypher ==
Originally invented by Thomas Jefferson in 1795

Jefferson's wheel is a polyalphabetic cipher that uses a cylinder made of 36 disks with vertical rotating wheels. It was "re-invented" several times and in the early 20th century, Designated as M-94. it was used by the Army and other military services from 1922 to the beginning of World War II.

== How does it work? ==

The series of disks define 26 rows, each of 20 random letters. A message is encoded by rotating the disks one at a time so that one of the rows (and it does not matter which row) matches the text of the message. The ciphertext is then taken to be the letters read across any other row.

This ciphertext is decrypted by the intended recipient, who has an identical wheel,
by rotating the disks so as to match the ciphertext across one of the rows. The recipient
then locks the disks in that position and turns the whole apparatus until a message
that makes sense is observed across a row.

User:Duqu0149

2022-11-28T20:45:00Z

Duqu0149: Created page with "400px ''David Kahn,..."

[[File:U.S army.png|400px]]
''David Kahn, The Codebreakers (New York: Macmillan Co., 1967)''

== Wheel cypher ==
Originally invented by Thomas Jefferson in 1795

Jefferson's wheel is a polyalphabetic cipher that uses a cylinder made of 36 disks with vertical rotating wheels

File:U.S army.png

2022-11-28T20:29:49Z

Duqu0149: File uploaded with MsUpload

File uploaded with MsUpload