We live in an age of the mobile image. The world today is absolutely saturated with images of all kinds circulating around the world at an incredible rate. The movement of the image has never been more extraordinary than it is today. This recent kinetic revolution of the image has enormous consequences not only for the way we think about contemporary art and aesthetics but also for art history as well.
Responding to this historical moment, Theory of the Image offers a fresh new theory and history of art from the perspective of this epoch-defining mobility. The image has been understood in many ways, but it is rarely understood to be fundamentally in motion. The original and materialist approach is what defines Theory of the Image and what allows it to offer the first kinetic history of the Western art tradition. In this book, Thomas Nail further develops his larger philosophy of movement into a comprehensive “kinesthetic” of the moving image from prehistory to the present. The book concludes with a vivid analysis of the contemporary digital image and its hybridity, ultimately outlining new territory for research and exploration across aesthetics, art history, cultural theory, and media studies.
“This is an engaging book with a fascinating argument. Thomas Nail stakes out new territory, building a theory from the group up of the image as kinetic” — David Morgan , Duke University
“Thomas Nail’s Theory of the Image is an ambitious and original attempt to re-theorize the material and cognitive dynamics of the image. In this respect, his model is kinetic as opposed to representational, mimetic, or hermeneutical. The book is eminently suitable for use on a range of undergraduate and postgraduate courses, in particular, philosophy, cultural theory, and art history.” — John Roberts , University of Wolverhampton
Read the introduction here.
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The first image of black hole has just been released today. This is a profound and important aesthetic moment from a new materialist perspective. The image is not beautiful because we enjoy a free play of our imagination as we try to figure out what we are looking at and how it fits with our existing conceptual framework. The image is also not sublime in the sense that a black hole is an infinitely dense singularity that defies all calculation by general relativity, and thus “blows our mind,” as we try to conceptualize the radically unconceptualizable. The black hole is itself a work of art. Nature, according to Kant, cannot be art because nature is passive and mechanistic. Art, for Kant, is radically free because it is a strictly human feeling of our own freedom.
The black hole is an excellent example of the materialist sublime. Nature and matter are not passive or deterministic. They are indeterminate material processes. They perform precisely the sublime that Kant restricts to humans alone. Black holes are not infinitely dense singularities. At the heart of a black hole is a specific (and very small) spatio-temporal region measured by the Planck scale and related to the size of the black hole (its Schwarzschild radius). However, and more importantly, below the Planck level of the black hole there are quantum processes that produce the spacetime of that region. These quantum processes below the Planck unit are fundamentally indeterminate—meaning that they are neither in one spacetime or another. They are the indeterminate material conditions for the emergence of spacetime itself (quantum gravity).
In other words, nature is not just the passive conditions for the human experience of its own aesthetic faculties of beauty or the sublime but itself performs the sublime activity of radical indeterminism without concrete form. Humans have the experience of sublimity only because nature is already performatively and materially sublime.
Oxman’s design takes seriously the ecology and movement of matter.
Designer and architect Neri Oxman is leading the search for ways in which digital fabrication technologies can interact with the biological world. Working at the intersection of computational design, additive manufacturing, materials engineering and synthetic biology, her lab is pioneering a new age of symbiosis between microorganisms, our bodies, our products and even our buildings.