Feeling stuck on a problem? Try making an experiment.

make an experimentIf you’re stuck – if you’ve got a problem and you can’t see an easy way out – can you design an experiment? For example, if you’re not sure about whether you are struggling over that semiquaver passage because of fingerings or because of uncertainty about the notes, how could you decide?

The Alexander Technique IS making an experiment

When I ask them, people tell me all sorts of ideas about what the Alexander Technique is about. Some think the AT is all about nice feelings, or all about theory. Or standing up straight (it’s not!). Some people think it’s about having things done to you, like some kind of therapy. But it’s actually based on experimentation. In the opening chapter to his 1932 book The Use of the Self, Alexander described his technique as

“practical experimentation upon the living human being.” [1]

In other words, making hypotheses and finding ways to test them is not just practical – it’s a fundamental part of how Alexander Technique can help you.

I have a student who had had an injury to one of her hips, and knew that she was probably using it gingerly. But how could she tell exactly how differently she used her (once) injured right leg compared to her left? By coincidence, she was given not one but two pedometers by kind friends. And she created an experiment. She put one pedometer on her left leg, and one on her once-injured right. At the end of the day the left pedometer registered around 900 steps, but the right one only registered 400ish.

Proof? Not yet – the pedometer might be faulty. So the next day she followed the same routine, but swapped the pedometers to the opposite legs. The result? The left one registered 900 steps again, and the right one only 400ish. My student had proof that she was doing something very different with her once-injured right leg. Once she had that proof, she could begin to think of ways to change things.

Making an experiment – FM’s approach

So how do we do it? I suggest we try following FM’s example. When he was trying to work out how to solve the vocal problems that threatened his career, FM said that he , FM followed these steps:

He collected his facts. He knew that reciting brought on hoarseness. He knew that normal speaking did not cause the same problems. By observing the patterns, he could see clear differences between the two different forms of speaking.

He made a hypothesis. Based on his observations, FM concluded that he must be doing something different with his vocal mechanisms while reciting that was harmful, compared to what he was doing when speaking normally. It fitted the observations, but it was still just a hypothesis – he needed to find a way to prove if what he suspected was true.

He designed a test. He watched himself speaking in front of a mirror, first just speaking normally, and then reciting. He repeated these steps, to make sure that his observations were accurate. And from these, he was able to prove, interestingly, that his hypothesis was actually false![2] From there, he could design new experiments based on his new knowledge.

And that’s the point. If FM had tried to fix things without forming a hypothesis or making an experiment, he would have been using trial and error – it would have been sheer luck if he’d solved his problems. Luck is fine, but it doesn’t help you the next time a similar problem shows up. When you make an experiment, you are following clearly defined steps, which means that you’ll be able to follow your reasoning again at a later date. You won’t constantly be reinventing the wheel; or worse, just guessing.

Making an experiment: the steps

So if you want to know what is causing your problem and make steps to solve it, follow this simple procedure:

  1. Collect your facts
  2. Make a hypothesis
  3. Design a way to test your hypothesis
  4. Have fun.

Don’t forget step 4 – that’s what it’s all about, really!

[1] FM Alexander, The Use of the Self, London, Orion, 1985, p.22.

[2] ibid., pp.25-6.