Schema and Schemata theory
Channel: Psychological Models and Services
Date: 2024-04-02

The  channel's EROTIC GUIDED DREAMING playlist videos are based on the following solid and robust scientific research/evidence.
There are 3 different videos with pitches modulating the voices and sounds up or down 3 semi-tones from the original.
So an original pitch, the same 3 semi-tones up and the same again 3 semi-tones down.
Research has shown both females and males modulate their pitch in sexual situations (see below) and it follow that the hearer responds to pitch changes - so higher frequencies suggest a more feminine environment, lower frequencies a more masculine environment. Please experiment to find which one suits you.

"In an article soon to be published in the journal Evolution & Human Behavior, Leongómez and his colleagues discovered that when (heterosexual) men, for instance, are asked to flirt with a beautiful woman, two noticeable things begin to happen to their voices. First, their voices get deeper… or rather their voices achieve a deeper minimal octave than under comparison conditions. And second, men’s voices become more sing-songy or pitch-variable when speaking to a pretty woman, [...] the investigators found these male voice adjustments during verbal courtship to be an empirically demonstrable effect. What this means is that not only do men’s voices get deeper when they’re chatting up some lovely woman, but they also get higher compared to when their speech is directed at another male or to an unattractive female listener. 
 “Producing a low pitch at some point during an interaction [with an attractive female] might provide sufficient indication of physical masculinity while freeing men to ‘play’ with their pitch… because low-pitched masculine voices might be associated with aggression, such modulation could potentially enable men to signal both their masculinity and lack of threat simultaneously.” [...] indeed, a group of naïve female listeners asked to judge the verbal recordings of male wooers found those with the most significant pitch variability the most attractive.

Interestingly, this so-called paralinguistic courtship modulation effect didn’t occur in women’s voices when they believed that they were speaking to a good-looking man, but it did occur when they were speaking to an attractive woman. That’s to say, when (heterosexual) women thought that they were communicating with an especially pretty member of the same sex, they began to stress their pitch modulation. The reason for this isn’t entirely clear, but it could be, as the authors suggest, that these female speakers’ intended audience is in fact desirable male mates, such that women are attempting to enhance their vocal appeal relative to these highly desirable female competitors.

The above research maybe found here:
https://blogs.scientificamerican.com/bering-in-mind/voices-carry-signals-of-your-sexual-intent-and-reproductive-value/

In tandem wth the pitch changes the idea is to utilise existing sexual schemas by providing aural stimulation. Sounds, moans and ambiguous sentences are weaved and used in random patterns to create a sexual environment. Your brain recognising the sounds and whispers of an erotic and intimate encounter will activate the sexual schema and naturally fill in the information causing you to hopefully have pleasant erotic dreams.

"Schemas are used to organize our knowledge, to assist recall, to guide our behaviour, to predict likely
happenings and to help us to make sense of current experiences. Schemas are cognitive structures that are
derived from prior experience and knowledge. They simplify reality, setting up expectations about what is
probable in relation to particular social and textual contexts. 

The above research maybe found here:
https://www.thinkib.net/psychology/page/1458/schema-theory

And the fact we intelligently process our surroundings while we sleep. Priarily : "why people are woken by their alarm clock but sleep through an equally loud thunder storm" and "our brain can routinely process what is going on in our surroundings and apply a relevant scheme of response". Exactly!

"The researchers said the findings may explain why people are woken by their alarm clock but sleep through an equally loud thunder storm. This means that the brain is still aware and processing information from the surroundings during sleep.

Dr Sid Kouider of the Ecole Normale Supérieure in Paris said: "We show that the sleeping brain can be far more 'active' in sleep than one would think.

"Far from falling into a limbo when we fall asleep, parts of our brain can routinely process what is going on in our surroundings and apply a relevant scheme of response."

https://www.telegraph.co.uk/news/health/news/11089834/Learning-while-you-sleep-may-be-possible-researchers.html

Full instructions as to proper use are given in the beginning to the videos.