This sculpture shows a single curtain in the form of a transparent, clear, unbroken membrane of falling water wrapping around a circular enclosure that can be entered and experienced from within, the outer views seen through the thin film of water. When there is no wind the film can be as clear as glass. The flutter effect at the foot of the water curtain is a cyclic phenomenon caused by a difference in pressure on each side of the water which causes it to suck to and fro.

This sculpture shows water creating rollwave patterning as the thin film flows down its smooth surfaces. Surface tension pulls the water into these rhythmical wave patterns, surface tension happens when the water molecules on the surface stick to each other. A canyon is a narrow, steep-sided valley, like the space in the middle of this sculpture.

This sculpture shows the Coanda effect which makes water cling to the underside of smooth overhanging surfaces, appearing to defy gravity. The Coanda effect was discovered by Henri Coanda, a famous aeronautical engineer who went on to develop a flying saucer. He studied sculpture with Rodin and engineering with Alexandre Eiffel.

This sculpture shows a vortex, which is the air core at the centre. Water creates a vortex as the forces of water pressure, air pressure and gravity make it move downwards in a spiral. There are many vortices in nature, like tornadoes and the black holes of the universe.

This sculpture shows a reflection. Reflection both extends and compresses space and depths become unpredictable. Here it transforms a hemisphere to a sphere. The mirror-like hemisphere reflects the colours around it, the green of the hornbeams and the blues, whites and greys of the sky.

This sculpture shows water jetted upwards onto a glass surface, moving outwards to create a thin sheet of water. This thin sheet of water is unstable, and surface tension pinches it to form droplets that fill and stretch until they reluctantly drop away into the abyss below