What an informative and inspiring edition of BBC Radio 4 – In Our Time, The Photon on 12 February.
Steve Jones sometimes refers to biologists as having “physics envy”. I suffer from this. Steve suggests it is because biologists know that physicists are cleverer than they are. Hard to know. However, as a group, physicists use terms clearly and consistently, and don’t waste time on trivial disagreement. They seem to wish to understand each other, and always strive to know how the world really is.
I’d intended to write on my own experience as a guest, last May 15, on In Our Time. BBC Radio 4 – In Our Time, Photosynthesis. I’ll try to get back to this. Just for now, let me record that Melvyn Bragg – surely the perfect host and chairman – wrote:
I think it was John Allen who said that the United States aerospace industry is giving quite substantial support to research into photosynthesis. The reason that NASA is interested is because they are looking for ways in which they can identify on the surface of planets what may be the origins of life as we know it. Seems a terrifically oblique way to subsidise science, but in my view, the more oblique the better. John ended the programme with a wonderful quotation from Priestley about the practical discovery of photosynthesis. It was, he said, as a result of Priestley’s curiosity. All of Priestley’s research was curiosity-driven. Again and again research has been curiosity-driven.
I’ve picked up from academics over the past few years a feeling, sometimes of sadness, sometimes approaching despair, that that sort of research – i.e. intellectual curiosity, knowledge for the sake of knowledge – is not in favour at the moment. Why on earth have we become a box-ticking, bureaucratic, over-managed society wherever you look? Why don’t we follow the talent, instead of (as in the case of universities and elsewhere) driving the talent out because of ways of managing which only make sense in some sterile boardroom…?
How strongly I agree.
How clearly is Melvyn’s last point illustrated by subsequent events.