Articles

Some Thoughts Connecting Deterministic Chaos, Neuronal Dynamics and Aesthetic Experience LEA Magazine Article


LEA Volume 17 Issue 1
Senior Editor for this issue: Lanfranco Aceti

Reference: Andrea Ackerman, “Some Thoughts Connecting Deterministic Chaos, Neuronal Dynamics and Aesthetic Experience,” ed. Lanfranco Aceti, Leonardo Electronic Almanac (Mish Mash) 17, no. 1 (2011): 14-27.

Some Thoughts Connecting Deterministic Chaos, Neuronal Dynamics and Aesthetic Experience
by Andrea Ackerman
Article DOI: 10.5900/SU_9781906897116_2011.17(1)_14

The apparent randomness of deterministic chaos is diferentiated from stochastic randomness and linked to natural processes, time’s irreversibility and the creation of meaning. Current neuroscience research strongly suggests that chaotic dynamics govern the physiological functioning of the brain/mind. The brain/mind is conceived as a multi-attractor system functioning at a far from equilibrium state poised for instantaneous state changes and transitions. Chaotic itinerancy has been suggested as a process by which chaotic transitions among attractors may be made and dynamically integrated in a multi-attractor chaotic system such as the brain. The article outlines a theory suggesting that the general characteristics of aesthetic experience are determined by the chaotic dynamics of the brain/mind and by the dynamics of chaotic itinerancy. Two examples, a novel by W.G. Sebald and the installation art of Jenny Holzer are described in terms of this new aesthetic theory.

Full article is available for download as a pdf at the bottom of the page.

The first issue of the Leonardo Electronic Almanac (LEA) is published on line as free PDF but will also be rolled out as Amazon Print on Demand and will be available on iTunes, iPad, Kindle and other e-publishing outlets. As the Mish Mash issue becomes available on the different platforms we will send out announcements via LEA’s mailing list and through LEA’s social networks. To view the full list of articles in the table of content please click here.