There are some tremendous textbooks, Molecular Biology of the Cell, to quote an example, but many are dull. I understand a little about the business of textbook production, and change seems long overdue. My own efforts are of course very humble, but I am working on improving things. This graph does not attest to much innovation: more Eroom’s law than Moore’s law.
“it’s a worrying sign for philosophy in the academy. Someone who’s very good at conveying complex philosophical ideas in plain English– a good teacher, in other words – has come to the conclusion that a university is not the best place for him to be”.
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Professor Cooper described a “very special pedagogy” at the university, based on face-to-face teaching, “high contact hours” and “intensive problem-solving”
[simnor_button url=”http://www.timeshighereducation.co.uk/news/regents-park-place-for-a-leader-who-can-command-respect/2012123.article” icon=”double-angle-right” label=”A very novel strategy for a University ” colour=”white” colour_custom=”#fff” size=”medium” edge=”straight” target=”_self”]
The situation was a familiar one. Some time back, I was gossiping to a medical student, and he began to to talk about some research he had done, supervised by another faculty member of staff. I asked what he had found out: what did his data show? What followed, I have seen if not hundreds of times, then at least on several score occasions. A look of trouble and consternation, a shrug of embarrassment, and the predictable word-salad of ‘significance’, t values, p values, statistics and ‘dunno’. Such is the norm. There are exceptions, but even amongst postgraduates who have undertaken research, the picture is not wildly different. Rarely, without directed questioning, can I get the student to tell me about averages, or proportions, using simple arithmetic. A reasonable starting point surely. ‘What does it look like if you draw it?’ is met with a puzzled look. And yet, if I ask the same student, how they would manage psoriasis, or why skin cancers are more common in some people than others, I get —to varying degrees—a reasoned response. I asked the student how much tuition in statistics they had received. A few lectures was the response, followed by a silence, and then, “They told us to buy a book”. More silence. So this is what you pay >30K a year for? The student just smiled in agreement. This was a good student.
Statistics is difficult. Much statistics is counter-intuitive and, like certain other domains of expertise, learning the correct basics often results in a temporary —or in some cases a permanent —drop in objective performance.** That is, you can make people’s ability to interpret numerical data worse after trying to teach them statistics. On the other hand, statistics is beautiful, hard, and full of wonderful insights that debunk the often sloppy thinking that passes for everyday ‘common sense’. I am a big fan, but have always found the subject anything but easy. But, like a lot of formal disciplines, the pleasure comes from the struggle to achieve mastery. I also think the subject important, and for the medical ecosystem at least, it is critical that there is high level expertise within the community. On the other hand, in my experience many of the very best clinicians are (relatively) statistically illiterate. The converse is also seen.