It's not advisable to expose a child to white noise throughout the night, as it may degrade the clarity of their auditory tonotopic maps, potentially affecting their learning and development.

There is evidence that white noise during development can be detrimental to the auditory system, disrupting the formation of tonotopic maps essential for processing sound frequencies, although it doesn't necessarily disrupt speech patterns permanently.

Once the auditory system has established tonotopic maps, background white noise at a low volume shouldn't pose a problem for learning, as it can support a heightened state of alertness and dopamine activation.

While binaural beats can help some people learn better, low-level white noise may be more effective for enhancing learning by modulating brain chemistry.

Studies show that low-intensity white noise can significantly improve performance in auditory working memory tasks by enhancing neural circuitry activation.

Utilizing low-level white noise and binaural beats can enhance brain states conducive to learning and dopamine release, facilitating better information retention.

Binaural beats involve playing different sound frequencies in each ear, which the brain averages to create an intermediate frequency that can enhance focus and learning.

Low-frequency sounds, like delta waves, can aid in transitioning to sleep, while higher frequencies, like beta waves, are beneficial for focus and sustained thought.

Using background noise in voice applications can make users more accepting of latency, improving their overall experience.