“Kick yo game, Spit yo flow. Can’t fuck with this Top Dawg shit doe”
I’m probly gonna take her on a date or somethin.
lmfao!!!
this guy… smooothhhhh widdit
(Source: brookeyfbaby, via f0reveryoung)
So if you don’t know Joseph Kony is the Top Criminal in the world right now for crimes against humanity. What we have to do is get the word out so we can have a voice and stop him. Over 30,000+ children have been taken from their homes and forced into his army. The boys are turned into soldiers and forced to kill their parents, while the girls are turned into sex slaves. This needs to end now. and American policy makers will only care if we show them we care.
http://www.youtube.com/watch?v=Y4MnpzG5Sqc
even if you aren’t in Philadelphia feel free to join my group and give support and advice or ideas
(via burningveins)
Stanford neuroscientists host the world’s first love competition, asking contestants between the ages of 10 and 75 to spend 5 minutes in an fMRI machine thinking deeply about the person they love. Complementary reading: 5 essential books on the psychology of love.
(via scinerds)
Renowned Physicist Invents Microscope That Can Peer at Living Brain Cells
(PhysOrg.com) — Ever since scientists began studying the brain, they’ve wanted to get a better look at what was going on. Researchers have poked and prodded and looked at dead cells under electron microscopes, but never before have they been able to get high resolution microscopic views of actual living brain cells as they function inside of a living animal. Now, thanks to work by physicist Stefan Hell and his colleagues at the Max Planck Institute in Germany, that dream is realized. In a paper published in Science, Hell and his team describe the workings of their marvelous discovery.
Hell (which in German means “bright”) and others at the Institute have been working for years on ultra high resolution microscopes that go by the name “stimulated emission depletion” or STED microscopes. Now, they’ve taken their work to a whole new level by cutting away a small portion of a mouse’s skull and replacing it with a glass window and then placing their latest STED microscope against the glass to peer inside. To make it easier to see what is what, the team first genetically altered the mouse to make certain brain cells fluorescent. Then, to allow for focusing exclusively on just those cells that are lit up, they added software to the microscope to blot out anything that was not lit up. The result is super high resolution real time imagery of the neurons that exist on the exterior part of a living mouse brain.