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The influence of music on the state of memory

26.07.2022

Regular listening to music by older people has a positive effect on brain function and improves memory. This conclusion was reached by a group of therapists, neurologists and geriatricians led by Psyche Louis, director of the Music Visualization and Neural Dynamics Laboratory.

During the study, volunteers aged 54 to 89 were asked to listen to a music playlist daily for an hour, tailored to their preferences. Participants of the experiment kept diaries describing their state of health and impressions. Scientists measured the parameters of brain activity for each musical session.

Listening to music has been found to improve communication between the auditory sensory system and the brain structures associated with the reward system. Music sessions affected brain activity by touching the medial prefrontal cortex. It is known that a reduction in the volume of this zone leads to a disturbance in the perception of events, the development of depression, and in old age - to functional disorders inherent in dementia, including memory impairment.

Listening to music familiar to the participants in the experiment and loved by them had the greatest effect, especially if the songs were chosen for the playlist by the volunteers themselves.

The authors of the study indicated that regular listening to music improves memory, which can be used to prevent disorders of this brain function.

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Noise improves sensor performance 05.09.2020

The addition of noise to amplify a weak signal is a perceptual phenomenon common in the animal kingdom, but uncommon in human-made sensors. Now the Pennsylvania researchers have added a small amount of background noise to amplify very weak signals in a light source that is too dim to perceive.

Unlike most sensors, for which noise is a problem that needs to be suppressed, the scientists found that adding just the right amount of background noise can actually amplify a signal too weak to be picked up by conventional sensors to a level at which it can be detected.

Although their sensor, based on a two-dimensional material called molybdenum disulfide, detects light, the same principle can be used to detect other signals, and since it requires very little power and space compared to conventional sensors, it may find wide adaptation in the near future. The Internet of Things will expand the sale of tens of millions of sensors to monitor conditions in homes and factories, and low power consumption will be a strong bonus.

This phenomenon is often observed in nature. For example, a paddlefish (a type of freshwater ray-finned fish) that lives in muddy waters cannot find its food, which is a phytoplankton called daphnia, with the help of vision. The paddlefish has electroreceptors that can pick up a very weak electrical signal from Daphnia at a distance of up to 50 meters. If you add a little noise, the paddlefish can find Daphnia at a distance of 75 or even 100 meters. This ability adds points to that animal's evolutionary success.

Another interesting example is the borer beetle, which can detect a forest fire at a distance of 50 miles. The most advanced infrared detector can only do this at a distance of 10 to 20 miles. This is due to a phenomenon these animals use called stochastic resonance.

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