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・ Julius Peppers
・ Julius Perathoner
・ Julius Perlis
・ Julius Person
・ Julius Perstaller
・ Julius Peter Garesché
・ Julius Petersen
・ Julius Petschek
・ Julius Pintsch
・ Julius Pitzman
・ Julius Plücker
・ Julius Podlipny
・ Julius Pokorny
・ Julius Pollux
・ Julius Pomponius Laetus
Julius Popp
・ Julius Popper
・ Julius Porcellis
・ Julius Posener
・ Julius Pruitt
・ Julius R. Nasso
・ Julius Raab
・ Julius Raines
・ Julius Raith
・ Julius Randle
・ Julius Rappoport
・ Julius Rebek
・ Julius Rehborn
・ Julius Reichelt
・ Julius Reinhardt


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Julius Popp : ウィキペディア英語版
Julius Popp
Julius Popp (born 1973) is an artist based in Leipzig.
Popp was born in Nuremberg. His work often uses technology,〔(Oboro.net )〕 resulting in interdisciplinary ventures which reach across the boundaries of art and science.〔(Gallery Jocelyn Wolff )〕 An example of Popp’s work is ''Bitfall'' (2005):〔(BitFall project video )〕 a machine which displays words selected from the internet via drops of falling water in precise configuration, each word visible only for a second.〔Martin Engler, (Hannover.de )〕 A ''bit.fall'' installation was at the London 2012 Olympic Park under the footbridge between the main entrance and stadium, the words generated using water from the Waterworks River were chosen at random from internet news feeds.〔Olympic Delivery Authority, (Art in the Park )〕
Popp studied at the Hochschule für Grafik und Buchkunst in Leipzig and he won the Robot Choice Award in 2003.〔(Baviere-Quebec.org )〕 The Fraunhofer Institute, Bonn, and the Computer Science and Artificial Intelligence Laboratory at MIT have both studied elements of Popp’s work which made unique advances in the field of artificial intelligence.〔
== Bit.Flow ==
Bit.Flow is one project done by Julius Popp between 2004–2008 in Leipzig. Navigating through the modern world is no longer linear: the thread can no longer serve as a model to describe it. In Bit.flow dozens of small particles make up a chaotic swarm of bits, which are the smallest pieces of information. This installation illustrates how each of the individual elements has no significance in itself but acquires it only in terms of the group, within the framework of swarm interaction.〔(Bit.Flow )〕

抄文引用元・出典: フリー百科事典『 ウィキペディア(Wikipedia)
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