“Genetics and Education”

In a recent book, G is for Genes: The Impact of Genetics on Education and Achievement, Robert Plomin and Kathryn Asbury explore the science of genetics and the potential impact of genetics on education policy.  Plomin and Asbury argue against the taboo (*eugenics*) surrounding use of genetics to inform education.  G is for Genes is the basis of  recent BBC Moral Maze debate.  

Here is a description of the podcast: 

For centuries philosophers and theologians have wrestled with the question of nature versus nurture. Increasingly and for some controversially, the science of behavioural genetics is starting to come up with some of the answers. The argument is perhaps at its most sensitive when applied to education. When it was revealed that Education Secretary, Michael Gove’s outgoing special advisor, Dominic Cummings, called for education policy to incorporate the science behind genes and cognitive development he broke a modern taboo and there was a predictable outcry. In a wide ranging paper Mr Cummings cited the work of Professor Robert Plomin who’s about to publish a book with psychologist Dr Kathryn Asbury which calls for “genetically sensitive” schooling. It’s based on a study of how genes and environment have shaped the development of over 10,000 twins who were studied from birth to early adulthood. The scientists say their work is about probability not prophecy and can be used to personalise education and create better outcomes for all, but fears of genetic determinism are deeply ingrained. How should we use genetics in education? Science is a very long way from knowing exactly which genes influence individual differences in learning but as knowledge in this field advances that time will surely come. We already use genetics to screen for various medical conditions, so why not for learning abilities? And what happens if, or when, the science of genetics becomes so powerful that we can identify different populations that are endowed with different genetic make-ups that we believe are more or less desirable? Is that just a scientific inevitability that we have to come to terms with, or does it open the door to eugenics? How should we use the science of genetics?