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Yeah, you read that right. This research explored a novel approach to helping people with trouble falling asleep at night. It developed a device that delivers precisely timed sound pulses to help users fall asleep faster. The technology monitors brain waves (EEG), specifically targeting alpha waves associated with wakefulness when a person's eyes are closed. The researchers obtained promising results, with the device significantly reducing the time it takes to fall asleep. The product is out now for $349.
This Radboud University study investigated how our brains process color information even when we look at black-and-white images of objects that typically have strong color associations. The researchers used objects like tomatoes and cacti, which have strong color associations, and found that the color-sensitive regions of the brain light up regardless of whether the drawing is black-and-white or in color.
This UC Berkeley study investigated how dopamine affects communication between different regions of the brain's frontal cortex. The researchers conducted their study with participants who received either a placebo or one of two different dopamine-affecting drugs. They found that dopamine strongly influences connectivity in the frontal lobe, mainly increasing communication towards the cMFG, where top-down and bottom-up processing is collected, and important decisions are made.
As humanity’s data production and need for storage increases, the demand for more efficient storage methods increases. Additionally, magnetic tape, the current most employed method, is near its physical limits, further increasing the need for innovation. One solution can be found in DNA, which can store information much more efficiently than current methods and does not have the same cooling demands as magnetic tape. Think of DNA as being in base four while current storage is binary. This article suggests that you could store the entire internet –all 120 zettabytes– on a volume of DNA the size of a sugar cube. While there are many limitations, and we are not quite ready to make the DNA Drive a widespread reality, the technology is quite promising. Just as current storage methods led to a boom in information, DNA might do the same. Who knows what advancements in technology will lead to…
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