Across thesky has a fun video about how a team of scientists is trying to reverse-engineer the human brain, and they’re just starting to see the results of that.
This video was put together by a team of neuroscientists at MIT. It was filmed at the MIT-MIT Center for Brain Science, which is the brain science research program of the university. It was a project they were working on to try and understand the human brain, and the idea was to use the technology they were building to see if they could actually see inside.
What we can say is that they were able to see inside the brain with a much finer resolution than we might normally be able to. They actually saw two different parts of the brain working together, and they were able to see that the brain’s visual cortex and auditory cortex were connected. From there they were able to see that the “white matter” that connects the two parts of the brain were actually a giant tunnel that connected the two parts of the brain together.
The video above, which is the first in a series of seven, shows how the brain’s visual cortex is connected to an area in the auditory cortex, and how the two parts of the brain are actually connected.
How is this possible? How is one part of your brain connected to another? This is the question that led scientists to the answer that we know and love: It’s called “cross-modal connectivity.
The two parts of your brain are actually connected to each other. It sounds complicated, but it’s just the two parts of the brain are connected. How? We’re not entirely sure, but the scientists at the University of Rochester are working on it.
The scientists believe that our brain has a lot of cross-modal connectivity. For example, you can use your brain to type on a keyboard and then look at your screen. You can even look at each other’s screen. But there are also other ways for the brain to communicate. A scientist in the lab says that what makes the two parts of the brain communicate is the fact that they are connected.
They believe that the cross-modal connection is important because it could lead to a greater understanding of the many kinds of brain diseases that affect the brain’s connections.
Cross-modal communications can also be used in your gaming sessions. For example, the Xbox 360 has a built-in speaker that lets you listen to your gaming headset. A gamer’s brain responds to sounds coming from the headset even if the speaker is turned off. The Xbox 360 also has built-in speakers that let you watch your game’s in-game ads on your screen. The reason why these speakers work in a game is because they are part of the game’s brain interface.
In a game, the brain is not only in control of the gaming experience, but it is also in control of the actions in the game. If the headset is turned off, the head is off so the gamer can’t hear the dialogue to read the game, and the gamer can’t get the game to work properly in the first place. The use of a headset in a game allows the gamer to play with the head instead of the brain.