Jones 1
January 2001
Cameron L. Jones
Dr Cameron L. Jones
Dr. Cameron L. Jones
Centre for Mathematical Modelling & Chancellery
School of Mathematical Sciences
Swinburne University of Technology
John Street, Hawthorn, VIC 3122
AUSTRALIA
2000
Cameron L. Jones
480 x 360 pixels. Initial Rendering: 1920 x 1440 pixels.
Color
I use the image of the branching fungus to represent the perfect paradigm of networks and growth through connectionism. This image reflects theĀ idea principiaĀ underpinning current research effort in nanobiotechnology. In essence as researchers in this field, we’re looking for how to control what grows from the earth, and then provide new tools and a set of suitable, scale-free ‘languages’ that connects growth and form with function – but of most import – harnesses programmability! For example, the emerging field of Nanobiotechnology offers new ways of looking at cellular interactions. The design of new techniques for fine control of intracellular communication at the most fundamental levels of biological organization will no doubt contribute towards the design of highly efficient, next-generation computational elements.
Ā© Copyright 2000 Cameron L. Jones. For reprint permission or to purchase high-resolution inkjet prints at any resolution, please contact Cameron L. Jones at the Centre for Mathematical Modelling, Swinburne University of Technology.
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