[for In Media Res: mediacommons.futureofthebook.org/imr/] Kyougn Kmi and Daniel Rourke [collectively known as GLTI.CH Karaoke ] facilitate happenings where participants are invited to sing karaoke duets with one another. Breaking from tradition, participants are paired with partners halfway across the world, singing together over the Internet. “Using free versions of Skype, YouTube and collaborative web software livestream.com, we orchestrated duets between people who had never met each other, who didn’t speak the same language, bypassing thousands of geographic miles with glitchy, highly compressed data and a little bit of patience.” [ GLTI.CH Karaoke, from their website ] At these ha[ng]ppenings Kmi and Rourke go to great lengths to avoid glitches + delays + drops [having been present at a few I can attest to this] while trusting in the network’s unreliable signal to not render their name [GLTI.CH] innapropriate. src footage [in order of appearance]: @birmingham: youtube.com/watch?v=KXPy0WtjfBg @manchester: youtube.com/watch?v=8-ARWTyWPXo @amsterdam: youtube.com/watch?v=W-2t1jB7YKw @chicago: vimeo.com/33420876 @camden: youtube.com/watch?v=pLDEHEJWqmECast: Nick BrizTags: glitch, glti.ch, karaoke, art, performance, happening, chicago, amsterdam, birmingham, manchster, camden, daniel rourke, kyougn, kmi, noise, error, music, communication, transmission and network

[for In Media Res: mediacommons.futureofthebook.org/imr/] Kyougn Kmi and Daniel Rourke [collectively known as GLTI.CH Karaoke ] facilitate happenings where participants are invited to sing karaoke duets with one another. Breaking from tradition, participants are paired with partners halfway across the world, singing together over the Internet. “Using free versions of Skype, YouTube and collaborative web software livestream.com, we orchestrated duets between people who had never met each other, who didn’t speak the same language, bypassing thousands of geographic miles with glitchy, highly compressed data and a little bit of patience.” [ GLTI.CH Karaoke, from their website ] At these ha[ng]ppenings Kmi and Rourke go to great lengths to avoid glitches + delays + drops [having been present at a few I can attest to this] while trusting in the network’s unreliable signal to not render their name [GLTI.CH] innapropriate. src footage [in order of appearance]: @birmingham: youtube.com/watch?v=KXPy0WtjfBg @manchester: youtube.com/watch?v=8-ARWTyWPXo @amsterdam: youtube.com/watch?v=W-2t1jB7YKw @chicago: vimeo.com/33420876 @camden: youtube.com/watch?v=pLDEHEJWqmE

spaceplasma:

This image of Neptune was taken on 11 August 2006 with the Palomar Observatory’s 200-inch (5-meter) Hale Telescope and its Adaptive Optics  system.  The Adaptive Optics system removes the blurring effects of Earth’s atmosphere to produce very high resolution images. Don Banfield of Cornell University collected and processed the data to produce this false color image. The image was recorded in three near-infrared wavelengths: “J” centered at 1.250 microns, “H” at 1.635 microns, and “Ks” at 2.150. The images were combined as red, green, and blue to create this false-color image. A wide assortment of clouds can be seen at Neptune’s atmosphere. This image of Neptune was taken on 11 August 2006 with the Palomar Observatory’s 200-inch (5-meter) Hale Telescope and its Adaptive Optics  system.  The Adaptive Optics system removes the blurring effects of Earth’s atmosphere to produce very high resolution images. Don Banfield of Cornell University collected and processed the data to produce this false color image. The image was recorded in three near-infrared wavelengths: “J” centered at 1.250 microns, “H” at 1.635 microns, and “Ks” at 2.150. The images were combined as red, green, and blue to create this false-color image. A wide assortment of clouds can be seen at Neptune’s atmosphere. Click here to load a page where you can see the individual frames and control the rotation. Credit: Hale Telescope, Palomar Observatory / California Institute of Technology / Caltech Optical Observatories / Cornell University / JPL

It may sound like the plot of a Dan Brown novel, but an academic at the University of Manchester claims to have cracked a mathematical and musical code in the works of Plato.

Jay Kennedy, a historian and philosopher of science, described his findings as "like opening a tomb and discovering new works by Plato."

Plato is revealed to be a Pythagorean who understood the basic structure of the universe to be mathematical, anticipating the scientific revolution of Galileo and Newton by 2,000 years.

Kennedy's breakthrough, published in the journal Apeiron this week, is based on stichometry: the measure of ancient texts by standard line lengths. Kennedy used a computer to restore the most accurate contemporary versions of Plato's manuscripts to their original form, which would consist of lines of 35 characters, with no spaces or punctuation. What he found was that within a margin of error of just one or two percent, many of Plato's dialogues had line lengths based on round multiples of twel

This slice in hyperspace follows on from these past posts: How things 'become': The infinity of definitionThe Archaeology of 'The Book'hypertext/?="The Metaphor is the Message" (Part I) ...and is a direct response to this post by Robokku: Temporal Hypertext Time is important in the definition of any model, hypertextual or otherwise. At the moment I am interested in how new technologies allow us new ways to see, to realise the world around us. This constant re-definition of our realities can actually add temporality to mediums which previously had none.

Modern technology has allowed art historians to 'look' at paintings with new, multidimensional, eyes. Shine certain wavelengths of light onto a Picasso painting and it becomes possible to read marks under the surface of the paint. What's more, apply several different wavelengths of light to the same painting and multiple layers, painted by the artist at various different times, become visible.

In a sense, once an available technology has re-examined the painting its process is more obvious: the non-temporal becomes temporal. Each layer is like a snap-shot of the artist's process, their vision, even their 'mistakes'. The laser/x-ray imposes a kind of hyper[textu]ality upon the painting which previously was unavailable (but not absent - only hidden). Of course this causes the art historian to weep with joy, but it also causes an exponential explosion of interpretation from that moment onwards. Any further examination of the painting now occurs in hyper-reference. The painting can never be seen as merely 2-dimensional again.

The example I have given can be extended to countless other mediums and medias. Film has its cutting room floor / multiple editions. Ancient manuscripts have their palimpsestic layers, just as the painting does. In fact palimpsest is THE word to use here, as it applies to all medias.

Examine the outside of an old brick building and very often you will find the outline of a window that was bricked in, a foundation that no longer leads to an out-house, or a patch of brickwork that had to be fixed. Even the photograph has had its dimensionality extended. These are remnants of temporality, just like the layers under the painting: the word is a palimpsest, and I've grown used to using it often.

Now here's the bit which leads back to my original post. and acts as in answer to Robokku's questions...

How does/can this palimpsestic awareness apply to the future of information/expression? The internet contains copies of its former self, hidden not so far from view. Wikipedia has its history section and google has its cache. The Internet Way Back Machine allows ghostly simulacra of webpages to be pulled out of the deep freeze. My 1998 homepage is alive, somewhere.

But is this layering of information the same as a palimpsest? I am not sure. Binding time together with human reality are the narratives that anthropomorphises it. Follow the xray-defined marks under the painting's surface and you can actually see the former brushstrokes of the artist, layer after layer, hour after hour: time is made real in the narrative story of the artist's action.

This kind of narrative arc does not really exist in internet archives. The user is taken out of the equation and all that is left is a username editing the entry on 'Defenestration' for the 12th,17th or 26th time. A ghost of personhood can be seen, but it is far inferior to the powerful force of just one single hidden Picasso brushstroke.

How can we infuse our new metaphors with these narrative dimensions?

I linked to a Seed magazine conversation in my Archaeology of the Book piece that NEEDS to be read (or watched) again and again. Please come back after the layers have realigned themselves and add some layers of your own to this (or Robokku's) post.