Monthly Archives: November 2013

Through Other Eyes

To see a World in a Grain of Sand
And a Heaven in a Wild Flower,
Hold Infinity in the palm of your hand
And Eternity in an hour.

–William Blake, Auguries of Innocence

Yet another whiny email from a Year 12 student. He requests a special selection of past paper questions on a particular topic. My answer? “Go to the flipping website that I have so laboriously set up for your benefit which has resources galore of that particular ilk and more, as well as digital bells and whistles, you clod!”

I did express the above sentiments somewhat more diplomatically in the email. And, to be honest, I was glad to get even that whiny missive: I feel we might be on the verge of that tipping point where the Year 12s stop being passive GCSE Spongebobs and become a little more independent, a little more grown up, a little more like proper 6th form students. Maybe. Just maybe. It might be a sign. I loved it when I heard him say to the other students in the class that “there’s a lot of good stuff on the website.”

Now I know that the student concerned had seen the website previously. He had even complimented me on it. But he obviously hadn’t seen it properly. And, strangely enough, it started me thinking about how we do not always see the world as others see it.

To my mind, one the finest descriptions and “thought experiments” on this topic comes from a short story by the incomparable R. A. Lafferty:

“It may be that I am the only one who sees the sky black at night and the stars white,” he said to himself, “and everyone else sees the sky white and the stars shining black. And I say the sky is black, and they say the sky is black; but when they say black they mean white.”
— R. A. Lafferty, Through Other Eyes, “Nine Hundred Grandmothers and other stories”

Do we genuinely ever see the world as others see it? The truth is — ultimately at least — we don’t rightly know.

Charles Cogsworth, the scientist in R. A. Lafferty’s short story, invents a machine called the Cerebral Scanner which literally allows its user to see out through other people’s eyes, and to truly see the world as others see it.

Charles makes the mistake of using the Scanner to look out through the eyes of his girlfriend, Valery. He is horrified: “she hears sounds that I thought nobody could ever hear. Do you know what worms sound like inside the earth? They’re devilish, and she would writhe and eat dirt with them.”

Valery also uses the Cerebral Scanner to look out through the eyes of Charles, and is equally disturbed. She confronts the hapless Charles:

“You can look at a hill and your heart doesn’t even skip a beat. You don’t even tingle when you walk over a field.”

“You see grass like clumps of snakes.”

“That’s better than not even seeing it alive.”

“You see rocks like big spiders.”

“That’s better than just seeing them like rocks. I love snakes and spiders. You can watch a bird fly by and not even hear the stuff gurgling in its stomach. How can you be so dead? And I always liked you so much. But I didn’t know you were dead like that.”

“How can one love snakes and spiders?”

“How can one not love anything? It’s even hard not to love you, even if you don’t have any blood in you. By the way, what gave you the idea that blood was that dumb colour? Don’t you even know that blood is red?

“ I see it red.”

“You don’t see it red. You just call it red. That silly colour isn’t red. What I call red is red.”

And he knew that she was right.

–R. A. Lafferty, Through Other Eyes

The phrase that has stayed with me over all the years since I first read this story as a callow youth is Valery’s description of what is, to her, Charles’ unforgivable deadness to the wonders of the world: “You can watch a bird fly by and not even hear the stuff gurgling in its stomach.

That is the experience of Physics that I want to communicate to my students. I want them to look at the universe and hear the stuff gurgling in its stomach. I want them to be able to experience their understanding, not just on an intellectual level, but also on a visceral level. This, to my mind, is what makes studying Physics fun.

Do I always succeed? Absolutely not. Do I sometimes succeed? Maybe, sometimes.

Do I have fun in classroom? A significant part of the time, yes. This is why I wanted to become a teacher. This is why I have stayed a teacher. And what about the other rubbish that is constantly being foisted on us?

Well, just for now, I think I’ll let it all go hang. I’ll worry about that on Monday.


Filed under Education, Philosophy, Physics, Science

National Curriculum Levels: worth keeping?

There is a tide in the affairs of men, or so opined Brutus in Julius Caesar.

Likewise, there is something like a tide in the edu-blogosphere, or at least a prevailing wind. And the prevailing wind right now seems to blowing against the idea of National Curriculum levels (try Joe, Daisy or Keven for their wiser, more coherent thoughts on this issue.)

But here’s the thing: I’ve always quite liked the idea of levels.

There. I’ve said it. Now I feel like Captain Rum in Blackadder:

Aaaaaar! All them other scurvy-bloggers be sayin’ be rid of NC levels! But I says…

Edmund: Look, there’s no need to panic. Someone in the crew will know how to steer this thing.

Rum: The crew, milord?

Edmund: Yes, the crew.

Rum: What crew?

Edmund: I was under the impression that it was common maritime practice for a ship to have a crew.

Rum: Opinion is divided on the subject.

Edmund: Oh, really?

Rum: Yahs. All the other captains say it is; I say it isn’t.

Blackadder II, Episode 3: Potato

Now this is not to say that some schools did some mighty strange things with levels and sub-levels. Like insisting that Key Stage 3 students should progress by two sub-levels per year. And woe betide any teacher that did not achieve this minimal standard of progression, or — horror of horrors! — reported that a student had made negative progress. How dare one cause even the minutest blip on our glorious straight lines on our graphs (drawn in Excel! with colour coding!) of student progression!

And so, for a quiet life, some rascally teachers may have looked at last year’s level, added two sub-levels to it, and entered that.

And, lo, it came to pass that everybody was happy: “Yea, we have numbers, and numbers are scientific. Gosh, some of us even use numbers and letters, which is beyond scientific: I mean, it’s more like advanced cognitive calculus of your learning soul, right? And Ofsted want to see progress over time. Which is shown by our graphs. In Excel. With colour coding. A glorious and undeviating straight line. For every single student. God, we are so good, aren’t we? Outstanding, even.”

That said, I am still in favour of keeping a form of assessment level. No, not the hyperformal “Oh-they’ve-got-to-sit-both-SATS-papers-in-order-to-get-a-reliable-level-and-sublevel” type of level.

What I have got in mind is an approach that was introduced to me many, many moons ago. It was called the CONTROL WORD approach to levels (ring any bells for anyone else yet?)

Level 3: DESCRIBES cause and effect using everyday language (e.g. “The wind blew the door shut”)

Level 4: Uses scientific TERMINOLOGY (e.g. “A force is a push or a pull.”)

Level 5: EXPLAINS cause and effect using scientific terminology (e.g. “The boat slowed because of the drag force of the water.”)

Level 6: Explain cause and effect using an ABSTRACT concept (e.g. “The bulb became dimmer because the resistance of the circuit increased.”)

Level 7: Uses a scientific MODEL to explain a phenomenon (e.g. “The wire has resistance because the freely moving electrons collide with the atoms of the wire and lose energy.”)

Level 8: Links PHENOMENA using a sophisticated model [or models] (e.g. “The atoms vibrate with greater amplitude at higher temperatures. This means that the freely moving electrons will collide more frequently with them. Thus the resistance of the wire increases with temperature.”)

The sublevels were allocated as follows:

(c) can do this with coaching or with highly structured prompts

(b) can usually do this with some prompting or coaching

(a) can do this relied on to do this independently

I’ve always secretly applied this assessment schema when asked for NC levels, and my rule-of-thumb-pulled-out-of-thin-air level has usually been at least comparable with “two-sodding-SATS-papers-to-bloody-well-mark-just-to-generate-one-number-and-one-stupid-letter approach”, or the T.S.S.P.T.B.W.M.J.T.G.O.N.A.O.S.L Approach, as an educational consultant might call it.

Anyhow, now my secret is out. Please feel free to pile on and criticise.

I shall sign off with what I think is an appropriate quotation from Wittgenstein:

My propositions are elucidatory in this way: he who understands me finally recognizes them as senseless, when he has climbed out through them, on them, over them. (He must so to speak throw away the ladder, after he has climbed up on it.)

He must surmount these propositions; then he sees the world rightly.

Tractatus Logico-Philosophicus, 6.54


Filed under Assessment, Education, Philosophy, Physics, Science