Sunday, November 11, 2012

People are actually allergic to BlackBerry's!?

People are actually allergic to BlackBerry's!?





Recent studies have shown that some people are very allergic to BlackBerry's, such as my mother. In Blackberry's the 2 main ingredients are NICKLE AND COBALT! They have proven that the flip phones are worst than the non flip. The Non flip (as you can see in the left hand side of the picture
have about a third of nickel, they found. The flip-phone models were worse, about 91 percent of those had nickel and 52 percent had cobalt. iPhones and Android phones, by comparison, didn't seem to have either allergen (nickel or cobalt).

Sunday, November 4, 2012

Hurricane SANDY!

HURRICANE SANDY!



Hurricane SANDY aka. Frankin-Storm, has devastated make of the eastern states of America. The most impact was in New Jersey. I will put some videos that you can watch about THE INFORMATION!

But basically what happened with Hurricane Sandy  is that instead of carrying on in the warmer water where it would have grown, it went up north and inland where the water temperature is lower, therefor the amount of energy delivered by Superstorm Sandy, has now turned into a tropical storm, not as severe as a hurricane. Here are some videos that i found about super storm SANDY!


Sunday, October 28, 2012

FUNNY 2 NEW ELEMENTS!

This is a really funny video that i found on 2 "new elements"!

CHECK IT OUT!!!

Tuesday, October 23, 2012

MOLECULAR BONDING

Hey guys! This is an awesome video that I found on youtube about molecular bonding! Check it out! It might help you a lot, or not. It helped me!

Monday, October 8, 2012

CREATING MOLECULES USING A MOLECULAR KIT

C3 H8 - PROPANE

H6C2O - ETHANOL


H6C2O - ETHANOL

H2CO - FORMALDAHYDE



C12H19O6N2F2Br - Our EXPERIMENTAL MOLECULE


PICTURE SEPTION!


DUUUUUUUUUUUUUUUUUUUUN!!!!


Sunday, October 7, 2012

Current event





The Master Parasite: 
Meet the wolbachia, the parasite that wants to rule the world. Wolbachia is tiny, smaller than a single cell, but its powers are enormous. It can change its hosts genetically, tamper (kind of like change them up a little) with their unborn children, and create whole new species of carriers ... whatever it takes to fill the world with wolbachia. No one knows how many creatures on earth are infected. At least twenty thousand insects species cary it, and so do a lot of worms and lice. That's trillions of carriers as far as we know. And every now place scientist look, they find more. Here is the weird thing, no living creature is born with it. You might be asking yourself. HU? Well you don't catch wolbachia, to are born with it! Wolbachia are like those little super villains with huge brains. They are wimps, they never leave there hosts body. Rather than go out into the horrible world, the wolbachia infect new carriers before they are born. Every infected creature, gets the disease from its own mother. So if you have this, don't blame yourself, blame your MOM! So then, she can blame her mom, and then she can blame her mom, and then she can blame her mom, and then she can blame her mom, and then she can blame her mom, and then she can blame her mom, and then she can blame her mom, and then she can blame her mom, and then she can blame her mom, and then she can blame her mom, anyways, you get the point! :)

Sunday, September 30, 2012

ELECTRONS CONFINED INSIDE NANO-PYRAMID

Electrons confined inside NANO-PYRAMID

Quantum dots are nanostructures of semiconducting materials that behave a lot like single atoms and are very easy to produce. Given their special properties, researchers see huge potential for quantum dots in technological applications. Before this can happen, however, we need a better understanding of how the electrons "trapped" inside them behave. Dresden physicists have recently observed how electrons in individual quantum dots absorb energy and emit it again as light.


Quantum dots look like tiny pyramids. Inside each of these nano-pyramids are always only one or two electrons that essentially "feel" the constricting walls around them and are therefore tightly constrained in their movability. TU Dresden and the Leibniz Institute for solid State and Materials Research Dresden (IFW) have now studied the special energy states of the electrons trapped inside individual quantum dots.