Ping pong ball tricks are back! This time with Billy's balls This guy raises it up a notch, throwing them on cups from further away than ever, and even on moving platforms. It must've taken him ages to fine tune each trick. Enjoy!

Lol. In my country this wouldn't qualify as a traffic jam, because the cars are moving quite fast. But even then, people didn't come up with this ingenious method! Props to the guy that came up with it!

This truck driver left his massive rig in neurtral, and left it there. After a while, it started moving, and got onto the parking lot of this supermarket. Enjoy the footage!

Here's another proof that Russians (amongst others) are the most ingenious and, most of all, inventive of all nations! This tractor invented a new method for moving, probably because its clutch was broken. Whatever the reason you've got to admire that guy's tenacity and will power to go home!

Here's an alternative for removing, and "rehabilitating" prairie dogs: Prairie Dog Vacuum Cleaner

This little robot has a very big heart. In these two videos it pulls a Hummer, and climbs some stairs with a human on its back. The secret to all this torque, is transmitting the power to the ground through those 4 independently moving tracks which help a great deal. The other problem I see is the battery, because I don't think you can do anything with it after any of these cool little tricks.

This video clip shows how an infrared x-ray machine can work, without the actual harmful effects of x-rays (like cancer also known as mesothelioma to some). An Infrared X-ray Machine displays your vessels and muscle directly on top of your skin by just moving your body under the beam. Enjoy this cool video clip.

A really amazing kinetic sculpture made entirely out of wood pieces on a white background. By moving in complex and intricate ways, it manages to mesmerize the viewer. Really cool and amazing! Enjoy!

A magnificent view: a time-lapse video of clouds moving across a mountain range. Simply breathtaking!

To get an idea about the power of a tornado, have a look at this water twister, gathering strength, and effortlessly moving a big ship. Wow!

This guy takes jump rope to the next level. He is so fast that you can't see the rope moving. He's really good at it! Enjoy!

Who said technology and art can't live together? What human kind can build is limited solely by their imagination. I've seen before the creations of Theo Jansen, but this one, takes the cake. It's not only very beautiful, but gracious and functional, even though it has thousands of moving parts. Amazing.

Here's a bunch of guys which can throw cans from various distances and positions into garbage bins. It's a quite of skill to manage a can throw whilst moving, make it hit a pole, and then get into the bin. Enjoy these can throw tricks.

An amazing material was developed by Chinese scientists which is composed of carbon nanotube films and has a possible application (among otther) to produce the world's thinnest speakers. Nanotubes, are a new carbon breed of material, which is 1000 times smaller than the width of a hair and can give sound with the "same quality of conventional speakers". This, however, does not require magnets of any sort or moving parts for that matter at all. You can easilly imagine speakers everywhere: on walls, helmets, thinner ear plugs or even on your shirt. This is possible because very thin carbon nanotube films, with the right frequency of electric currents, can emit sound. It also has a wide frequency response range and high sound pressure. It also turns out that they are practical to build, and are even stretchable. Here is a video with the actual speackers embedded in a flag!

The brain responds to stimuli, tactile and visual contradiction in delaying the processing of information that comes from the skin. A fly is laying on the right elbow. Slight itching, moving vision towards the elbow, identification of the intruder and its position and, finally, blow. This reaction is not as instantaneous as you can imagine. Indeed, the brain seems to delay affixed aware of the tactile perception, as reported a study in Current Biology Group for Research in Cognitive Neuroscience (Grnc) in Barcelona. The brain is often having to generate rapid responses integrating stimuli that produce information in contradiction: if, for example, the subject has crossed his arms and brings his right arm on the left side and left arm on the right side, his hands will be in a position that is reversed from the original location. In this case, the brain must be able to correctly integrate the information of the tactile stimulus (for example pinch) on the right hand, although the visual stimulus comes in fact from the left. To avoid mistakes the brain needs time to make a realignment of the information space of two different maps: that rof the body and one that covers everything else. To understand how the mechanism works, researchers have assessed the response of 32 university students to a series of visual and tactile stimuli. Each student has been subjected to 600 tests. "First we asked participants to cross the arms, so that the position of hands was in conflict with the anatomical position" says Salvador Soto-Faraco, one of the authors of the study, "we have stimulated one of two hands." Few tenths of a second later, a small light (visual stimulus) I had left or right. Both the tactile stimuli that those visual products were in a totally random. In addition, the flash of light could be generated 60 or 200 milliseconds after the tactile stimulus. In order to assess whether the time elapsed between the two stimuli does influence or not the answer.

Filming particles is now possible. It was done for the first time by a group of Swedish researchers using extremely short pulses of light Getting images of electrons that do not appear to "move" has been impossible because of the speed of these microscopic particles. But a group of researchers in the Faculty of Engineering at the University of Lund (Sweden) now has found a way to shoot the movement of an electron using an innovative technique that provides for the use of flash light of extremely short duration.