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Try to recall the word pairs. in the control group the subjects aren't exposed to any acoustic stimulation. comparison shows that after sleeping through the night control group subjects or able to memorize on average thirteen more pairs of words but the subjects who received acoustic stimulation during the night did much better they could memorize twenty two more pairs of words than before sleeping. during deep sleep phases slow brain waves a rise in the cerebral cortex and propagate to the hippocampus an interim storage space for information absorbed during the day. in deep sleep the positive...

A more permanent form acoustic stimulation reinforces the slow brain waves. that encourages deep sleep and the subsequent formation of long term memories this is certainly conceivable that devices like these could be developed for daily use in the near future and you can imagine a scenario where the sleepers may be wearing an amplifier on a band around their forehead that's able to detect slow oscillations of doctors and that would then be linked for example to a smartphone which would play the right acoustic signals to the sleeper at the right times. for forth so. with their successful study ...

Try to recall the word pairs. in the control group the subjects aren't exposed to any acoustic stimulation. comparison shows that after sleeping through the night control group subjects or able to memorize on average thirteen more pairs of words but the subjects who received acoustic stimulation during the night did much better they could memorize twenty two more pairs of words than before sleeping. during deep sleep phases slow brain in deep sleep the positive wave patterns reactivate the information during this process it's transferred to the long term memory where it's stored in a more perm...

During this process it's transferred to the long term memory where it's stored in a more permanent form acoustic stimulation reinforces the slow brain waves. that encourages d. . sleep and the subsequent formation of long term memories this is certainly conceivable that devices like these could be developed for daily use in the near future and you can imagine a scenario where the sleepers may be wearing an amplifier on a band around their forehead that's able to detect slow oscillations of doctors and that would then be linked for example to a smartphone which would play the right acoustic sig...

A result it lasts longer. and. the test subjects are roused after sleeping for seven hours then they once again try to recall the word pairs. in the control group the subjects aren't exposed to any acoustic stimulation. the comparison shows that after sleeping through the night control group subjects or able to memorize on average thirteen more pairs of words but the subjects who received a crucifix stimulation during the night did much better they could memorize twenty two more pairs of words then before sleeping. during deep sleep phases slow brain waves arise in the cerebral cortex and prop...