In a first, memory shown to have two distinct past and future paths

For the first time, scientists have teased apart two parts of our memory that makes the all-important whole

For the first time, scientists have found that the region in our brain that houses memory is made up of not one but two sections: one that deals with past experiences of time and places, and one that is more predictive, and actively constructs future behaviors.

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Category: Biology, Science

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Voyager 1 detects plasma “hum” in interstellar space

More than 40 years after launch, Voyager 1 is still making new discoveries. The latest achievement by the craft is the detection of a faint, plasma “hum,” indicating that there may be more activity in interstellar gas than previously thought.Continue R… Continue reading Voyager 1 detects plasma “hum” in interstellar space

Depths of alien ocean probed with radar in Cassini study

Saturn’s moon Titan is one of the most fascinating bodies in the solar system, not least because it’s home to huge oceans, lakes and rivers of liquid methane. Now scientists have used radar to probe the composition and depth of its largest sea, Kraken … Continue reading Depths of alien ocean probed with radar in Cassini study

Learn Compilers Online from Cornell

It sounds like the start of a joke, but what’s the difference between taking Cornell’s CS6120 online and in-person? The instructor, [Adrian Samspon] notes that the real class has deadlines, an end-of-semester project, and a discussion board that is only open to real-life students. He also notes that you only …read more

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New 3D printing technique fuses titanium particles at supersonic speeds

Engineers at Cornell University have developed a new technique for 3D printing metallic objects – and it involves blasting titanium particles at supersonic speeds. The resulting metals are very porous, which makes them particularly useful for biomedica… Continue reading New 3D printing technique fuses titanium particles at supersonic speeds

New 3D printing technique fuses titanium particles at supersonic speeds

Engineers at Cornell University have developed a new technique for 3D printing metallic objects – and it involves blasting titanium particles at supersonic speeds. The resulting metals are very porous, which makes them particularly useful for biomedica… Continue reading New 3D printing technique fuses titanium particles at supersonic speeds