Artificial Memory Trace - Breaking Ice [glacial_microfractals in the pool of strange. attractor)) album flac

1. Breaking Ice. 16:48. Other Versions (1 of 1) View All. Cat.

Artificial Memory Trace. Thank you. Related Releases: Artificial Memory Trace. Breaking Ice [glacial microfractals in the pool of strange. Collection 5. Akvatikinsekt 1. Eclats Sur La Surface Du Temps.

This album was released on the label Tentacles Of Perception Recordings (catalog number none). This album was released in 2011-09-00 year. All track songs from this album Artificial Memory Trace - Breaking Ice. And you can download the album in one file to your computer or tablet or phone. Attention! All audio material is presented solely for information.

Strange Attractor may refer to: A Strange attractor, in the mathematical field of dynamical systems. Strange Attractor (2017 Alphaville album), a 2017 album by Alphaville. Strange Attractor (Mercury Rev album), a 2008 album by Mercury Rev. Strange Attractor (song), song by Animal Kingdom. Strange Attractor, song by Nagi Yanagi. Strange Attractor Press, UK publishing house. Strange Attractors, tv episode of Heroes.

Genre: Electronic, Non Music Album: Breaking Ice [glacial microfractals in the pool of strange. 1 Breaking Ice 16:48. Artificial 052 Memory. attractor)) (CDr, Mini, Ltd). Tentacles Of Perception Recordings. Artificial Memory Trace is Slavek Kwi, a sound artist loving sounds and interested in the phenomena of perception as the fundamental determinant of relations with reality. Got it. + add. album.

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a strange attractor emerges - the Ikeda attractor. With a suitable choice of parameters all sorts of different swirled and folded patterns can be made. The example shown below is reminiscent of the turbulences found in rising trails of smoke (a . 5, b ., k ., p . ). Although they might look like just pretty pictures, all of the strange attractors on this page have their origin in the study of real or idealized physical systems. Hénon's attractor arose from the study of perturbations in asteroid orbits and Ikeda's from a nonlinear optical system. The systems studied by Hénon and Ikeda were two dimensional, but there is no reason why physical systems or the strange attractors that may arise from them should be limited to two dimensions. Some three dimensional strange attractors with their physical origins

A two-dimensional mapping with a strange attractor. Hénon, M. A two-dimensional mapping with a strange attractor. 50 (1976), no. 1, 69-77.