Some time ago, Valve had the only popular physics engine, and used it for their Half-Life 2 series. Now, several years have passed and there are some mass physics engines that can compete with it, and are even better. One example is the Crysis physics engine! Very cool! Enjoy!

The latest video from the 'Will it blend?' series features the same kick-ass blender turning the new and popular Apple iPhone into dust. Literally. Enjoy!

From the series: "Don't try this at home or anywhere else" comes this crazy stunt. A few guys decided it would be cool to jump a VW van over a hill and film it. And amazingly nothing went wrong

From the famous "Will it blend" series, here comes the latest video clip: Light Sticks. Will it blend?

From the "Will it blend series" here comes this video of magnets in a blender. This one's a little bit different from the other "Will it blend" videos because you can't actually see the neodymium magnets blend till they're dust. They just show you the result. Let me have my doubts about this one!

Here's a video on how in the popular game Roller Coaster Tycoon 3 massacre all your visitors. It's a pretty cool trick, and definitely worth watching if you're a fan of the Roller Coaster Tycoon game series. Enjoy.

I consider this video a far more realistic version of Star Trek than the series itself. You have men and women on a ship, away for months, with both of them in tight....very tight uniforms. I guess it's just a matter of time before something explodes It's really hilarious. Enjoy!

A hilarious spoof done yet again by the Robot Chicken show, this time mocking the animated series "He-Man and the Masters of the Universe". Very funny! Enjoy!

A funny video showing some of The Office bloopers and cut scenes all from the second season (American version) of the popular TV show. The show was bought by NBC after the first season made in Britain won two Golden Globes. You can find out more about the show from The Office wiki. Meanwhile enjoy some of The Office jokes and bloopers!

Here's a Rachel Bilson sexy video photoshoot done by the talented actress. You know her from movies and TV series like: The O.C., Garden State The Last Kiss, Chuck, and Jumper. She's very hot, and one of Hollywood's rising stars. So, I'm sure you'll enjoy this Rachel Bilson sexy video photoshoot!

Patricia Heaton played Debra in the popular comedy TV series Everybody Loves Raymond. This sexy video of her in lingerie seems to be taken from one of the episodes. It could do with some music, but it's really hot nonetheless. Enjoy Patricia Heaton in this sexy video!

Rambo 4 has been launched. The question on everybody's lips is if it's worth it. Well, when you go too see a movie from the Rambo series, you pretty much know what to expect: lots and lots of action from Sylvester Stallone. Here's the trailer for Rambo 4, so you can decide for yourself, whether to go see it , or wait for the DVD.

The latest movie from the Bourne series is due to come out soon. It's going to be called The Bourne Ultimatum. The movie trailer looks very good, and promises a decent sequel to the series. Meanwhile, enjoy, the Bourne Ultimatum movie trailer!

This is the Die Hard 4 Trailer (Die Hardest). Cool . This movie (if you don't already know) stars Bruce Willis amongst the other cast crew. The Die Hard 4 movie is another one in the Die Hard action-packed series. John McClane takes on an Internet-based terrorist organization which is shutting down the USA. Enjoy this trailer!

An enzyme that can rewind the DNA at points where the two propellers should remain separate, even fatal, causing disturbances. The cause of some serious diseases, such as the rare immune-dysplasia of bone Schimke is a protein able to settle the two propellers of DNA at points in which they should remain separate and thus induce the expression of genes that would otherwise be idle. Under normal circumstances the DNA presents a series of "bubbles", namely the segments in which there is space between them and raggomitolate. The unusual alignment of the two parallel strips, led by newly discovered protein, called Harp (HEPA-related protein), reactivates the expression of genes in these traits, which may in this way to start even occurrence of very serious diseases. The enzyme is and was discovered by James Kadonaga and Timur Yusufzai, two biologists at the University of San Diego (California) authors whose research results were published in Science. Just as a zip, the enzyme flows on the tape of DNA tangles the lines and welding to the two separate entities, thereby according the traits of nucleic acid that ordinarily are designed to remain inactive. Exactly the opposite of what another enzyme, the "elicasi", which has the role to unwind the DNA during replication of the molecule, being essential for life. The protein discovery is only the first of an entire class of enzymes candidates to be the basis of occurrence of disorders characterized by cardiac or kidney malfunction, with even fatal effects on children.

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.

The ventral striatum, a part of the brain already known to be associated with rewards and unexpected stimuli, is the center of our desire for adventure. The research in Neuron. A group of researchers from the Wellcome Trust Centre for Neuroimaging at the University College of London has identified the area of the brain directly linked to our desire for adventure. Or, more precisely, our propensity to live new experiences and to experience what we do not know. For the study, published in Neuron, researchers have developed a test: the participants were presented a series of images associated with different sums of money put into a premium, and were asked to guess which of the sums was higher. Although the volunteers easily could identify the image associated with richer rewards, when it was introduced a new figure, all of them tended to choose the latter rather than those already known with secure profits. Through magnetic resonance imaging, neuroscientists have noticed that the area of the ventral Striatum (an area of the brain already known to be associated to receive a reward and unexpected stimuli) was particularly active when participants opted for the novelty.

The procedural memory remains imprinted in the chemical synapses. It is not the merit of a cell constant. When we drive a car or we tie a shoe knot, we store a series of gestures that are accessed faster and automatically whenever you need that action again. It is the so-called working memory or procedural memory, whose operation resembles that of cache memory of a computer, for example, allows us to more quickly open a website already visited. A study conducted by Gianluigi Mongillo of French Cnrs research, and Omri Barak and Misha Tsodyks the Weizmann Institute (Israel) would seem to refute the widespread belief that this type of memory is fixed thanks to a number of specific neurons. On the contrary, the procedural memory is recorded at the level of chemical changes in cells that remain after the transition pressure in nervous synapses (points of contact and communication between neurons).

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.

Presented today, the Italo-Spanish computer Janus, has a high level of parallelism, in which the architecture of physical connections is established when you run the program! He was baptized Janus, as the Roman god Janus Bifronte, dual supercomputer programmability, where the programmer decides not only what instructions to follow but also, with the same lines of code, which is the exact structure of links physical on which the program should be run.