#synchronous programming vs asynchronous programming

A programmer must be aware of how the brain works for programming to occur and be successful.

The frontal lobe (front of the brain) controls your body movement, personality, problem-solving, concentration, planning, emotional reactions, sense of smell, the meaning of words, and general speech.

Your parietal lobe (upper middle of the brain) controls your sense of touch and pressure, sense of taste, and bodily awareness.

The temporal lobe (middle of the brain) governs your sense of hearing, ability to recognize others, emotions, and long-term memory.

The occipital lobe (backside of the brain) controls the important sense of sight.

The cerebellum (lower backside of the brain) governs fine motor control, balance, and coordination.

The limbic lobe (middle of the brain) controls emotions.

For example emotion is the domain of the right brain and how things feel. During programming the individual's emotional response to how things feel is important.

The right hemisphere is dominant for different forms of unconscious emotions. Unconscious and conscious emotions oppositely activate the right and left amygdala. Unconscious emotional stimuli reach the right amygdala through a subcortical route. ‘Non-removed unconscious memories’ are mainly stored in the right hemisphere.

A large number of EEG studies showed results that supported the association between the frontal left hemisphere and positive emotion and frontal right hemisphere and negative emotion. the lateralization of anger, which though popularly considered a negative emotion has found to be left-hemisphere dominant.

Language impacts someone’s emotions. The left brain is more active in speech production than the right. In most people, the two main language areas, known as Broca’s area and Wernicke’s area, are found in the left hemisphere.

Another example is brainwave programming, and understanding how they impact the brains hemisphere.

Theta waves (4-8 Hz) are particularly involved in day-dreaming and sleep. Cortical theta is observed frequently in young children, but in older children and adults, it tends to appear during meditative, drowsy, or sleeping states (but not during the deepest stages of sleep). When we are awake, excess theta levels can result in feeling scattered or day-dreamy, and is commonly reported in ADHD. Too much theta in the left hemisphere is thought to result in lack of organisation, whereas too much theta on the right results in impulsivity.

Beta waves tend to dominate in the left hemisphere, and too much beta on the right can be correlated with mania.

“Electric stimulation impairs synchronization

During the experiments, the researchers disrupted the natural activity pattern of gamma waves by stimulating both hemispheres of the brain with electrodes attached to the head. This manipulation affected participants' ability to correctly identify the syllable they heard. The fMRI analysis showed that there were also changes in the activity of the neural connections between the right and the left brain hemispheres: The strength of the connection changed depending on whether the rhythm of the gamma waves was influenced by electric stimulation in the two brain hemispheres synchronously or asynchronously. This disruption also impaired the integration process. Thus, synchronization of the gamma waves seems to serve to balance the different inputs from the two hemispheres of the brain, providing a unified auditory impression.”

For your second question; Yes, parts can be created to hold each of the five senses.