The adolescent years offer more opportunity for self-exploration, and more intense engagement with the outside world. Andrews et. al., 2002. Adolescents experience significant physical changes due to hormone changes and development. They also undergo cognitive and emotional changes, as the brain explores how to balance exploration with exploitation. This era marks significant emotional changes in how people react to stressors and other stimuli. It is the responsibility of parents and others to encourage teenagers to develop a greater sense of self worth and manage their mental well-being in order to succeed in work and in life. The major cognitive changes that occur during adolescence are different from those in earlier years due to self-exploration, exploitation, changes in body structure, hormonal development and relationships with families.
Cognitive development is the study of how animals learn about their environment and social interactions. Sometimes children are more adaptable than adults and may have better learning abilities (Gopnik and colleagues, 2017). The brain doesn’t develop as much during adolescence; however, it becomes more sophisticated in areas such as the cortex which process cognitive and emotional information. The brain continues to develop in the forefront area of the brain, in particular the pre-frontal cortex. These cells are involved in decision making and cognitive control, so teenagers can deal more easily with difficult situations. The synaptic pruning, myelination and information processing portions of the brain grow during adolescence. This results in better cognitive performance and enhanced information processing. The neuronal connection between prefrontal contexts and other areas of the brain is also strengthening.
Prefrontal areas of the brain in adolescents undergo critical maturational processes that affect self-perception as well as social cognition (Gopnik and colleagues, 2017). Building the network of brain cells facilitates impulse control and planning, as well the prioritization of activities. The limbic system, which develops late in adolescence allows teenagers to choose rewards or punishments when they interpret social information or emotional experiences. High-intensity sessions can be attractive due to the fact that puberty hormone attacks the amygdala. The limbic system controls impulse control and planning. It also regulates evaluation. The limbic system produces more dopamine (which is essential for pleasure) and more serotonin (which are vital to mood modulation and pleasure). They encourage teenagers to participate in enjoyable activities, reduce anxiety, and provide tranquility for those who are impulsive or aggressive.
Many hormones are maturing, which regulates internal physical changes among adolescents. These changes can be felt and perceptible, affecting how peers and adults of different sexes view one another. Puberty is a time when the body experiences internal and external changes. These alterations can be affected by certain hormones produced in the brain. Follicle-stimulating and hormone (FSH), are produced by the brain in order to aid in their maturation and allow them to reproduce (Fuligni 2019). In males, testosterone is created, creating masculine characteristics like facial hair, deeper voices and increased muscle growth. Other hormones that can affect male puberty include estradiol, estrogen and dihydrotestosterone.
Order an Essay Now & Get These Features For Free:
Turnitin Report
Formatting
Title Page
Citation
Outline
