Well to see the BIG difference between an F1 car (even an at least 10 year old one) and all other cars, including a top of the line Porsche in those times, you have to see them at the same time on the track. This video, does just that!

A dangerous horse is on the loose. Will anyone be able to stop it?

This is simply hilarious! No matter if you are or not into MOMRPGs, this video can't let you sit silently with a straight face This is a stupid yet hilarious bug in Age of Connan! Enjoy the consequences!

In Eastern Europe you can still see horse carriages. Here's a pretty fun example of what can happen: horse carriages (probably with gippsies) being chase on city streets by the police. All this happens in Bulgaria. Enjoy the laugh!

A hilarious clip from the Family Guy TV show. The clip shows how Brokeback Mountain would've looked from the horses perspective. Enjoy!

A tiger rides on the back of a horse in a circus act in what looks like China or Japan. Really odd. Enjoy!

One of the weirdest things I've seen in a long while. Someone got the bright idea that it would be cool to dress up a midget in a knight's armor and make her walk in it guiding a horse. Inevitably she falls down a couple of times....Just watch!

Even a visual stimulus extremely short, less than millisecond, affects the decoding of information in the nervous system. The Ferrari of insects, the horsefly, a tiny acrobat who moves at high speed, has proved that even a very short visual stimulus (on the scale of milliseconds) affects decoding information in the nervous system. This was discovered by scientists in universities of Indiana, Princeton (New Jersey) and the Los Alamos National Laboratory (New Mexico), one of the largest multidisciplinary institutions in the world. A human being is unable to record the continuous change of scenery and should have a supra-sensory stimulation. But this is a fly: its nervous system processes information very quickly so that the insect can adapt to what he sees with a reaction time of 30 milliseconds. "During the flight," says Ruyter van Steveninck University of Indiana, "the horsefly must quickly analyze a number of complex information and, because of its ability to move rapidly, it is reasonable to think that the way it deciphers level sensory-motor data is optimal. We then decided to study its visual system to understand how his brain can order a continuous stream of very complex data in such an efficient way. "