The Elasticity Of Babies And Children 's Brains

Cognitive development in stage two of lifespan development correlates to shifts in infant’s thinking, reasoning, and use of language, problem solving, and learning. A child’s linguistic abilities develop swiftly around three years old. Then take into account by four years old, most toddlers are verbal intellectuals speaking in their native tongue proficiently (Dyer J., 2002a. pp. 87-92).

It is believed that babies develop language when they are in the utero and it continues throughout their lifetime. By twelve weeks old, babies may register the sounds they can hear and at the same time make basic visual, auditory and tactile mind maps (Karen Kearns, 2013, P.105). This allows the infant to turn towards any familiar sounds and noises. Babies begin to communicate with people around them quite quickly. By two months old, babies begin to make ‘cooing’ and other noises; this indicates the phonological component of language development. By six to nine months babies begin to experience with a mixture of sounds, and often you will hear a baby babbling. Babbling development is similar across many different languages and even hearing impaired babies will go through this stage. They may copy the sounds they are introduced too or beginning to recognize familiar

Next, his language is still developing at this point. I showed him a stuffed animal dog and asked him if he could identify it and tell me what it is. The infant gazed at it and responded “woof,woof,woof!” He responded by what the dog sounds like. Secondly, I asked him to point out his body parts. For example, his ears, eyes and belly button. That moment I said belly button he pointed at it. He was able to repeat names and his toys that he owned. As I began to speak in long-complex sentences he stared at me for a second and then looked away and started doing something else.

At around 4-6 months old a baby will have developed an awareness of sound in particularly a person speaking and will turn towards the sound when someone familiar speaks for example their parents. They will start to mimic sounds and start to babble and laugh. Intellectual development is rapid and although they may not be able to speak in more than just babble, their understanding will be greater and they will become much more inquisitive. They will be able to understand simple instructions such as “point to your nose.” By a year old, they’ll be able to say simple words like “Mama” and “Dada” or words with similar sounds. They may start to develop their own language with odd sounding words for common objects that take their interest. Sometimes these words will sound similar to the name of the object particularly if their parents spend time speaking to their child and repeating the names of these objects.

0 – 18 months – Babies love to listen to language and react to the tone and content of what is said to them. They particularly enjoy songs and repetitive games, as they start to learn and predict what will happen, an example being “round and round the garden” and games such as “Peek – a Boo”. By 12 months, they are trying to speak and will often use words in isolation and they will communicate what they want by pointing at an object at the same time as saying “cat”.

Infant learning and brain development is fragile and contingent upon numerous intrinsic and extrinsic factors. The most critical time frame for infant brain development is from the second trimester to the first three months of life (Marshall, 2011). During this time, neural pathways are forming, areas of the brain are maturing, and brain development is rapid. From infancy until the age of 3 years, neural pathways are still being formed in response to stimulation and for this reason, it is extremely important for caregivers and parents to be aware of the many factors that can influence brain development in infants (Marshall, 2011).

Advancement made in regard to cognitive neuroscience has enabled a better understanding of the cognitive processes in infants. Studies have indicated that cognitive development in infants starts before they are born. In the eighth week of pregnancy, fetuses have the ability to hear. They become accustomed to their

Language development is related to this stage because language learning starts at birth. They listen to the speech of those close to them, and startle or cry if there is an unexpected noise.

Language is a communicative system of words and symbols unique to humans. The origins of language are still a mystery as fossil remains cannot speak. However, the rudiments of language can be inferred through studying linguistic development in children and the cognitive and communicative abilities of primates as discussed by Bridgeman (2003). This essay illustrates the skills infants have that will eventually help them to acquire language. The topics covered are firstly, the biological aspects, the contribution of the human brain to language development? Secondly, key theories of language development will be considered. Is the development innate? Is there a critical period? Thirdly, what must be learned? What are the rudiments infants must

From a baby 's first word to their first complete sentence, there 's a lot to debate with their language development. The average child has a vocabulary of up to six-thousand words by the time they turn five years old (Brighthubcom, 2016). Language development is one of the most critical roles for an educator in both early childhood and primary settings. It is this ability of language development that is particularly interesting in the nature vs nurture debate. In order for educators to provide effective communication, it is important that they have the knowledge and understanding of the four key concepts of language, such as phonological, syntactic, semantic and pragmatic development and the underlying theoretical perspectives that explain the processes of language acquisition and development.

In our everyday lives, the origin of our ability to communicate is usually not often taken into consideration. One doesn't think about how every person has, or rather had at one time, an innate ability to learn a language to total fluency without a conscious effort – a feat that is seen by the scientific community "as one of the many utterly unexplainable mysteries that beset us in our daily lives" (3).. Other such mysteries include our body's ability to pump blood and take in oxygen constantly seemingly without thought, and a new mother's ability to unconsciously raise her body temperature when her infant is placed on her chest. But a child's first language acquisition is different from these

Nearly every theory of language development recognizes that there is a critical period for learning language. During this critical period a child must receive environmental input for normal development. Parents and caregivers are an extremely important piece of this environmental input and the best way for caregivers to teach their children language is to simply talk to them—a lot. We know that children often say their first word between the ages of 11 and 14 months, and there continues to be a lot of variability in language development; is this a result of nature or nurture? Zimmerman, Christakis, and Meltzoff (2007) studied the effects of media viewing on language

Most young children develop language rapidly, moving from crying and cooing in infancy to using hundreds of words and understanding their meanings by the time they are ready to enter kindergarten. Language development is a major accomplishment and is one of the most rewarding experiences for anyone to share with a child. Children learn to speak and understand words by being around adults and peers who communicate with them and encourage their efforts to talk.

However, Pinker (1994) then goes onto note that the particular sub-stage of reduplicated babbling occurs around 7-8 months, and states that the children will exercise phonemes and syllable patterns that are not specific to a singular language, but rather are seen as common across a variety of languages. Yet, Pinker (1994) does also argue that the children are able to distinguish between phonemes of their own mother tongue, which has been seen from birth, and this is seen to be more prominent by the time the child reaches the age of around 10 months. Pinker (1994) refers to this as the children no longer being ‘universal phoneticians’, and states that the children will no longer distinguish foreign phonemes.

The theory suggests that the little kid’s brain has a cellular receptivity to language acquisition. This receptivity may be a function of cellular plasticity or elasticity which is controlled by a sort of biological clock. With age, the biological clock changes the cellular plasticity, which reduces the organism’s capacity to learn langugage. Penfield and Roberts predict that an optimal age period for L2 learning is between 4 and 8 because of greater brain plasticity.