The dream that all children are capable of reaching the same level of attainment providing they work hard enough is a wonderful dream, but there is now ever increasing evidence from reliable cognitive and neuro-science research that the learning potential of children can and never will be equal.
Our brains are unique as our faces, both in terms of structure and also what they contain. Any given level of learning will be always be more difficult for certain children to achieve than others, especially in the basic skills.
Plomin's research on genetics is viewed as controversial, but the fact that adopted children resemble their birth parents more than their adopted parents is not. He has done a lot of work on identical twins, who were split between two different adopted parents. Genetics has around a 50% influence on children's cognitive development including intelligence.
The Cockcroft Report 1982 into mathematical attainment comtended that reasearch in the English speaking world illustrated however much maths teaching standards improve that the seven year spread in attainment will remain. This reflects working memory capacity.
Plomin contended that the more children educated, the spread in children's attainment will increases. The harsh reality of working memory is that those with high working memory has the capacity to develop fluency faster, which leaves them with even more working memory that enables them to create more fluency.
Research is now illustrates that white matter is the motorway of the brain that connects the brain hubs. The speed of it has an important impact on the speed of mental processing. Deficiency of white matter in certain parts of the brain has been discovered as causing dyslexia.
White matter is associated with working memory capacity and speed. She Garthcole et all in Cambridge University of Brain has concluded that there is no evidence that working memory can or will ever be trained, improved a whole.
If children's learning progress is viewed as being the equivalent to running, when children engage in 'catch up' they are expected to race towards children, who are running more comfortably at a faster speed.
Plomin contends that half the population will below average. If children's progress in terms of their learning potential is, then catch up for proportion of them will essentially amount to 'catch forward'.
What is the Answer?
There is evidence as Kirsch reports that catch schemes in the United States does not necessary into sustained improvement. This reflects the fact that there heritable factors in respect of intelligence and working memory. Parents with lower intelligence and working memory capacity will be inclined to have low income employment or none.
What is important to recognise is that children inherit a cocktail of genes? Plomin contents that parents of average intelligence will be more inclined to have there most intelligent children. Hereditary only accounts for 50% of children's potential.
1. The working memory capacity of children and adults, will never be equal, child geniuses have exceptional working memory capacity. Working memory is the brains processing capacity which has the greatest impact upon maths and language development.
2. Intelligence and working memory resembles height, most people are around average, while 10% of the population are extremely tall or short. Our brains are as individual as our faces.
5. Plomin, who is a genetist contends that adopted twins reflect their birth parents in terms of all attributes, 50% children's intelligence and learning potential is influenced by genes. Height is 90% genetically determined, education at 50% means that parenting and schooling will have an influence on the extent that children reach their full learning potential.
6. Plomin argues that education increases the spread of children's attainment. Fluency reduces the demands upon working memory, those with higher working memory will develop it quicker, this means that it becomes a vicious circle. Even when children achieve a given level of fluency they will still have more limited working memory capacity.