A reality video, probably from Russia, showing a pretty sticky situation. The road is getting reworked, and the asphalt or tar that is in place is so sticky that pedestrians remain stuck as insects on fly paper. I just can't stop laughing at the mayhem! Enjoy!

A really funny reality video from a baseball game between Red Sox and Angels at Fenway Park. One of the camera watching the ball captures a really funny event: One fan throws a pizza at another fan. I don't know why, but he must've figured that a pizza slice would've gone great with the beer spilled on his shirt. Hilarious! Enjoy!

It seems that speed is not one of the qualities of the new IPHONE 3G. So before you buy it, maybe you should stop and think if it's not going to bother you that it's a little sluggish. See this video for a real-world example of the operational speed of the Iphone 3G!

This omni-directional treadmill represents a massive step forward in designing and developing virtual worlds. With the help of a VR head-set you can wonder around a virtual world, and get the feeling of the real thing! Amazing!

Nora Amile is a hot girl, who caught the headlines recently because Luciano Moggi (owner of Juventus soccer team) fell in love with her. She became famous for participating in the Italian reality-show "La Pupa e il Secchione". The first sexy video of Nora Amile features her at the beach in a pink bikini. The second hot video, is a little different, showing her dancing on the table, and giving some lucky guy a good upskirt view! Enjoy this two very sexy videos of Nora Amile!

The transfer of data will be hundred of times faster than that by radio waves. The promise is made by the first tests conducted by a German institute. Receiving images in Google Earth or photos of the Hubble telescope in real time may soon be reality. A German institute has experienced a communication system based on lasers which will transfer data at a rate one hundred times higher than that possible with radio waves. The technology was developed by researchers from the Fraunhofer Institute for Laser Technology in Aachen on the company's Tesat GmbH & Co. under a project funded by the German Aerospace Center (Dlr).

In these monkeys 80 per cent of the neuron cell cortex is multisensory phonetic and also responds to visual stimuli. Thus, all the information is integrated It is known for some time that monkeys are able to integrate information in various ways to recognize monkeys in the group and their intentions, just like us and like many other other animals. What we did not know until today was how our "cousins" could associate verses and faces, optimising thus the process of individual recognition. The experiment helps to clarify that which was published in Journal of Neuroscience and was conducted by Aif Ghazanfar and collaborators at Princeton (USA) on a kind of macaco. The researchers found that, in these monkeys, many neurons are in fact multi-sensorial and respond differently depending on whether the hearing and visual stimuli are at the same time or not. For monkeys, which live in social groups and must manage complex relationships - conflicting and friendly - it is crucial to combine auditory stimuli (leading information-type sound, as a sound threat) and images (which provide summary information, such as the color of skin or facial features). The group Ghazanfar could shed light on the mechanism of integration of different stimuli by measuring the activity of visual and auditory cortex areas of the brain, respectively, for image and sound. Measurements were made under different conditions: in one case the animals could both see fellow companions in the group, listen to their sounds, while in other cases the animals could alternatively listen to the auditory component only or see the companions (only visual component).

The rodents, as primates, are able to learn simple abstract principles for later use in different situations... A long considered exclusive to primates appears in reality shared by other species. Having already been demonstrated in some birds in fact, the ability to apply abstract rules just learned, and to to adapt to new situations was also observed in mice. The study, published in a number of Science, was conducted by Robin Murphy of University College London. The experiments were carried out by subjecting the animals to visual and acoustic stimuli. In the first phase mice, divided into three groups, have responded to three different sequences of visual stimuli, consisting of the sequence of light and dark. For each group only a sequence was associated with the food. After an initial period of "training", the mice were able to distinguish between those identifying sequences associated with reward.