Making his name at the front of Australia's glass art scene, Sydney-based artist Ben Young demonstrates his skill by crafting sculptures which depict running water trapped in motion. Using high-tech machinery, the artist hand-cuts glass sheets which are layered into translucent patterns which replicate the rippling of ocean waves.
The idea that during sleep our minds shut down from the outside world is ancient and one that is still deeply anchored in our view of sleep today, despite some everyday life experiences and recent scientific discoveries that would tend to prove our brains don’t completely switch off from our environment.
Our generation is practically glued to our gadgets, so it's hard to blame anyone for not finding time to exercise. Even while you're reading this article, you're probably not moving very much. For those of us dealing with the "cloudiness" which comes with depression or stressful days, endorphins are the ultimate hormone to improve your mood and alleviate these symptoms naturally.
Our entire universe holds a secret that many humans don't even realize or notice. Hidden from plain-view, "fractals" are never-ending complex patterns which are self-similar across varying scales. They are created by "fragmenting" or repeating a certain process over and over in a loop until a design is created. Some notable examples of fractals in nature can be seen in trees, seashells, mountains, hurricanes and even entire galaxies. Whether its generated through computer Mandelbrot Sets or by nature itself, the complexity of these systems can be vast and over-whelming to human perception.
During times of stress, the human body often has a difficult time fighting infections or other nasty health issues. That subtle weakness may soon change with a new high-tech gadget which can clear infections and even unknown pathogens from blood.
Genuine questions about our world may finally be answered if all goes according to plan. Using a fairly complex device called the Holometer or "holographic interferometer," scientists split a laser in two and beam them through a perpendicular path until they reach mirrors which bounce back and recombine with the beam splitter. By analyzing fluctuations or waves in the beams, researchers hope to find "holographic noise" which could probe the very nature of space-time itself.
Could your own skin "know" what it's touching before your brain does? That's exactly what researchers at Umeå University in Sweden have been studying, and the results are interesting to say the least. What they've discovered is that neurons which branch through our skin don't just send signals to the brain they've made contact with an object, but it seems they actually process complex information about the object before surging through the spine. Only after the message has been received in the cerebral cortex region of the brain, does it become processed further.