An afternoon full of contemplation and the restorative powers of the landscape as a meditative tool...... One of the most relaxing applications in recents weeks. Thinking, feeling and writing while revisiting 'The Breath Beneath'.
It’s going to take me months to sift through the footage I have of #Iceland. Everywhere you look there’s something beautiful and intriguing. #ice #snow #water #landscape #art #video
#video and #paper #installation with #platonicsolids is definitely making headway. #art #sculpture #science #geometry #geology #landscape #water #earth #iceland
Some prep has been made. A bit of play time with #platonicsolids is what’s happening today. #art #sculpture #science #paper #geometry #geology #landscape #water #earth
#paper #constructions begin for a structural #video #installation . #art #geometry #geology #landscape #water #iceland
Two streams of water colliding. Even the simplest things can be incredible. - Imgur
Brain Drip
The photo sequence in the upper image shows, left to right, a fluid-filled tube falling under gravity, impacting a rigid surface, and rebounding upward. During free-fall, the fluid wets the sides of the tube, creating a hemispherical meniscus. After impact, the surface curvature reverses dramatically to form an intense jet. If, on the other hand, the tube is treated so that it is hydrophobic, the contact angle between the liquid and the tube will be 90 degrees during free-fall, impact, and rebound, as shown in the lower image sequence. The liquid simply falls and rebounds alongside the tube, without any deformation of the air-liquid interface. (Photo credit: A. Antkowiak et al.)
Al Seckel, a cognitive neuroscientist and expert on illusions, created this “Levitating Water” installation, in which multiple streams of water appear as a series of levitating droplets thanks to a strobing light. The well-timed strobe lighting tricks the brain into seeing many different falling droplets as the same, nearly stationary droplet. The effect is similar to the one created by vibrating a stream of falling water. (Video credit: wunhanglo)
A few weeks ago I posted this great example of a water vortex in the form of a fountain. Here is another example from closer to home - from within a bath. As the water gets sucked out of the drain more water moves in to replace it. This water moves closer to the center and, in a simplified sense, has to move faster to conserve angular momentum. The same sorts of physics are involved in tornado creation although it is still unclear exactly how they form. Check out this artificial tornado from FYFD if you haven’t seen it already.
Credit:Dr. Rainer Kurz
Olafur Eliasson
Notion Motion, 2005
wood, rubber, lamps, water
Notion Motion consists of three parts that explore the interaction between water, light and the viewer. Eliasson has created an enchanting work with simple means. He immerses the viewer in a simple and minimal yet overwhelming visual experience created by the interplay of light and water.
Visitors enter a darkened room illuminated only by a dusky projection of rippling water on the surface of a pool. The space echoes with the creaking of gently seesawing floorboards which make low, rusty cries under the steps of visitors. The attention of the viewer is initially consumed by bodily awareness. With each step, the soft falling and settling of weight is reminiscent the experience of walking over a buoyed harbor dock. However, as more intrepid or antagonistic visitors begin to test the limits of the environment by bouncing more vigorously from one plank to another, louder creaks and squeals reverberate throughout the room. At this point, the projection begins to tremble with almost seismic register as bolder and more rapid waves ripple in tandem with the activity on the floor.
Here astronaut Don Pettit demonstrates the effects of rotation on a sphere of water in microgravity. Bubbles, being less dense than water, congregate in the middle of the sphere along its axis of rotation. Tea leaves, which are denser than the water, are thrown to the outside; this is the same concept used in a centrifuge for separating samples.