Maverick Machines

Maverick Machines opened on Monday evening, with a wonderful opening speech by Timothy O’Shea, Principle of the University of Edinburgh. Tim recounted anecdotes of the time he had invited Pask up to Edinburgh in the 1970′s, bringing the spirit of Pask very much to life.

Timothy mentioned that many of Pask’s machines were truly maverick, malfunctioned and were unreliable – and as if Pask’s spirit was in the exhibition, two reliable displays that had been working for the preceding two days suddenly malfunctioned and stopped working….

The opening was a great success full of animated discussions, interactions and conversations.

Below are a series of photographs of the exhibition, commencing from the entrance and moving clockwise around the space.

More to follow..

The Copper dendrite glass is evolving slowly, with beautiful jewel fern formations at the edges. I have added white LED’s to the circuit for illumination and a visual indication of the current, which is likely to increase dramatically as the dendrites reach the outer electrodes.

The Iron version has not produced any dendritic growth, just a slowly expanding amoebic form around the central negative electrode..

The Mixed Salts Glass is producing quite a colour range, indicating the flows and reactions of the salts and metals under the electric fields.

The dendritic process slows down as the dendrite grows, occupying more fractal space and requiring more current.

Dendritic Glass I (Cu, CuSO4) is still growing (when fed current) since my previous post.

Underneath the glass..

Dendritic Glass II – Iron and Ferrous Sulphate Solution, and Dendritic Glass III – Al, CU, Fe + MPG have been created and are in the process of growth and time-lapse recording:

Dendritic Glass III – Al, Cu, Fe + mixed salts (inspired by Electrochemical Glass)

..+3hrs..

This work represents a macro version (12″ square) of the demonstrator electrochemical glass slide from Axon Technologies, also to be featured in the exhibition.

The central electrode is set to -V, whilst the outer ones are at 24V+. The dendrite grows out form the centre producing tree like formations (plus steamy atmosphere due to heating effect). The time between each image is approximately 1 hour, by the end of today I hope to have a fully grown dendrite.

By changing the relative voltages of the 4 outer plates, it should be possible to steer and shape the dendritic growth.

Approximate layout of the space: