The spacial transformation of the events onto a 2D picture plane happens directly and without distortions — a fundamental principal of Membrane Art.
JPP Synthetic, 566gsm, 1020w x 760h mm.
The spacial transformation of the events onto a 2D picture plane happens directly and without distortions — a fundamental principal of Membrane Art.
JPP Synthetic, 566gsm, 1020w x 760h mm.
Embossed quark hole showing the anti-clockwise spin direction of the membrane. Detail of Lithium mesh (bottom right – 1 of 3 holes).
Debossed quark hole showing the clockwise spin direction of the membrane. Detail of Lithium mesh (bottom right – 2 of 3 holes).
Embossed quark hole showing the anti-clockwise spin direction of the membrane. Detail of Lithium mesh (bottom right – 3 of 3 holes).
Lithium mesh: This painting/sculpture shows a number of drill holes and saw cuts. The bottom right set of 3 ‘quark’ holes (single quarks shown above) were all created at the same time or rather as one complete expression. Yet we may observe both ‘up and down’ qualities on the 2D picture plane. This is possible when the geometric state of the membrane is altered (curled) in a way to allow such events to occur before it is then unravelled to the 2D flat plane for observation – the principle idea behind Membrane Art. For more information see Quantum_Brushstrokes or Membrane Art.
Lithium mesh was highly commended at the Waterhouse Natural Science Art Prize, 2016. Synthetic polymer on JPP Synthetic, 566gsm, 1020w x 760h mm