“As a Christian at university, I was faced with a hierarchy of possibilities. The really holy people became missionaries, the rather holy people were ordained, and the fairly holy people became teachers; the ‘also rans’ did all the other jobs in the world,” so wrote R. J. Berry in his book Real Science, Real Faith. Having discovered that he either couldn’t or shouldn’t do any of the “holy” jobs, Berry, known to most as Sam, eventually realized “that we have all been given different talents and callings, and that there is not (and should not be) such a thing as a typical or normal Christian.”
Sam Berry was anything but a normal Christian. He attended his local church regularly, went to the monthly prayer meetings whenever he could, and served on the church council. For the last 30 years of his life he was licensed to preach, and for about 20 years he took part in national synod meetings. This would have been a huge commitment on top of a regular job and raising three children, but Sam was a high-capacity person who was not content to conform to the stereotype of “also-ran”—those who run races but never win. He demonstrated to the best of his ability that every single Christian is in full-time ministry.
Ruth Bancewicz is a Senior Research Associate at The Faraday Institute for Science and Religion, where she works on the positive interaction between science and faith. After studying Genetics at Aberdeen University, she completed a PhD at Edinburgh University. She spent two years as a part-time postdoctoral researcher at the Wellcome Trust Centre for Cell Biology at Edinburgh University, while also working as the Development Officer for Christians in Science. Ruth arrived at The Faraday Institute in 2006, and is currently a trustee of Christians in Science.
Last week saw the opening of my first ever science-faith gallery exhibition. The space is a white-walled corner of my church, set aside for creative members of the congregation to display their handiwork. The pictures were all provided by members of the church who are scientists and engineers. Our aim is to showcase some of the beauty we see in the course of our work, and communicate how it helps us to worship God. Continue reading →
How can a Christian live an authentic life in science? R.J. (Sam) Berry is a prolific writer and editor in the science and religion world, but his lifelong career was in genetics. Here, in part 4 of my series of extracts from Real Science Real Faith, he explains how he became a scientist, and gives one example of how his faith and science interacted.
As a Christian at university, I was faced with a hierarchy of possibilities. The really holy people became missionaries, the rather holy people were ordained, and the fairly holy people became teachers; the ‘also rans’ did all the other jobs in the world. I hope I was prepared to serve abroad if God wanted me there, but I felt no particular call. I was tempted to Continue reading →
Incredibly, every living thing – you, your cat, the plant on your desk, and the bacteria in your toilet – share exactly the same genetic code. It has been suggested that the particular code we all use was arrived at by chance, and that we have a shared genetics because we have a shared ancestor. Others think while it’s true that we have a common ancestor, our molecular biology is highly optimised.
The genetic code is fascinating because it links two completely unrelated biological systems. It’s rather like sending a message in Morse code and receiving it with a machine that uses binary numbers. The two codes are completely unrelated, but it’s possible to translate between them. It sounds odd, but this juxtaposition of completely different systems works incredibly well in living organisms. Continue reading →
The Faraday Institute summer course is in full swing, and on Tuesday morning evolutionary biologist David Lahti presented some reflections about his own work on human behaviour. What he said was fascinating, and raises all sorts of questions regarding human personhood. The analogy that he used was the baking of bread. The ingredients he focused on were the ‘flour’ of genetics, the ‘water’ of the environment, the ‘yeast’ of agency and the heat of development. Not all of the ingredients are apparent in the finished product, but all are essential.
It would be easy to think that genetics is unimportant in the determination of behaviour. Over 90% of the prison population possesses a y chromosome, but being male is not considered a reasonable defence against criminal charges, and neither has anyone taken steps to prevent further violence by incarcerating all those in possession of such a chromosome (and perhaps that’s a good thing…)
Lahti spent the first part of his talk outlining some recent findings in the field of behavioural genetics, including alcoholism, trust, mate choice and political preferences. Amazingly (to me) there are indications of heritability for all of these traits, although because they are such broad categories it has proved difficult to find genes that play a major role in determining these characteristics. Continue reading →