This is part of a quote from Phaedrus, who lived in the first century AD. Not a lot is known about him, but the line above is well known and the full quote is as follows:
Things are not always what they seem; the first appearance deceives many; the intelligence of a few perceives what has been carefully hidden.
We live busy lives, and it’s rare that we are able to give our undivided attention to any one thing. Therefore we move through our days in a haze of work, social media, Netflix, podcasts and our own internal monologue, all of which compete for time and attention. We pick up soundbites, quotes and memes along the way, and use these to bluff our way through conversations about culture and politics. By skating on the surface of issues, few of us perceive what is hidden, carefully or otherwise.
I re-read a pertinent piece by the prolific Greg Ashman recently, concerning the proposed ‘decluttering’ of the Australian Curriculum. At first appearance, this must be a good thing. Why would anyone want a curriculum to be cluttered? But if by decluttering a curriculum we really mean ‘strip out the essential knowledge required to be successful in a subject’ (which may be the hidden subtext), the concept becomes less sound. Decluttering one’s house by getting rid of unnecessary rubbish is a good idea, but throwing out priceless family heirlooms in the process is not sensible.
In Greg’s piece, he mentions the three strands into which science is divided by the Australian Curriculum. I favour a science curriculum that is rigorous, logically sequenced and details what children ought to know. In the UK, a strand called How Science Works was added in the decade before last, which aimed to get pupils to think like scientists. On the surface, this is reasonable, but of course there is no such thing as thinking like a scientist – the reason that scientists think that way is because they know a lot about science.
In Australia, we have a strand called Science as a Human Endeavour (SHE), which aims to widen the study of science from actually understanding the subject to being able to provide waffle-statements about international collaboration between scientists and the fact that science subjects are linked. The upshot is that pupils behave akin to foreign tourists reading a menu in an unfamiliar language. They are presented with a complex scientific article they don’t really understand (and neither should they be expected to), so resort to picking out gobbets of information relating to SHE concepts. Given the statements to support SHE are so vague, for example development of complex scientific models and/or theories often requires a wide range of evidence from many sources and across disciplines, they gain credit by cherry-picking single statements. A common winner is to notice that a scientist from Belgium seems to have worked alongside someone from New Zealand – bingo, international collaboration: credit unlocked.
If we were serious about humanising science, we could provide subtle and intellectual opportunities for this. The scandal concerning the non-discovery of element 118 allows for understanding of artificially created elements and the development of the periodic table. But is also allows us to consider scientific ethics, integrity, results verification and the darker side of the subject. Primo Levi’s book The Periodic Table blends chemistry, history and personal anguish, and finishes on an exhilarating journey of a carbon atom. There is genuine truth to be gained about humanity and science from these texts; they are worth more than what they seem on the surface. If we are going to build in a wider approach to the teaching of science, we need to make sure that it adds to the learning experience, not masks what has been learned.
Another wise man who spoke to the concept of things not being not always what they seem was the irreverent Douglas Adams. In The Hitchhiker’s Guide to the Galaxy, he wrote:
It is an important and popular fact that things are not always what they seem. For instance, on the planet Earth, man had always assumed that he was more intelligent than dolphins because he has achieved so much, the wheel, New York, wars and so on – whilst all the dolphins had every done was muck about in the water having a good time. But conversely, the dolphins had always believed that they were far more intelligent than man for precisely the same reasons…
If it came to a choice between completing a SHE task and mucking around in the water, I know which one I’d choose.