Concentrate! How to tame a wandering mind

I am about to be zapped in the head with an electromagnet, once a second, for eight minutes. I fidget, trying to get comfortable in a huge black chair with jointed metal arms that stand between me and the door. I feel faintly ridiculous wearing a tight headband with what looks like a coat hook on the top. “All you need to do is relax,” says Mike Esterman, the researcher about to zap me. That’s easy for him to say – he’s holding the magnet.

I’ve come to the Boston Attention and Learning Lab in the US to try and train my brain to focus better. Esterman and fellow cognitive neuroscientist Joe DeGutis have spent nearly seven years working on a training programme to help wandering minds stay “in the zone”.

So far, their methods seem to be particularly promising for enhancing focus in US army veterans with attention problems linked to post-traumatic stress disorder (PTSD) and brain injuries, as well as people with attention deficit hyperactivity disorder (ADHD). But what I want to know is, can the mind-wandering of the average procrastinating person be improved? And if so, can they do it to me? Please?

BBC – Future – Concentrate! How to tame a wandering mind

Why athletes need a ‘quiet eye’

The concept of quiet eye originates with the personal experiences of a kinesiologist called Joan Vickers. As a student in sports science – and a keen athlete herself – Vickers always had been interested in how our athletic talents vary so much from day to day.

While playing on the university basketball team, for instance, she once scored an extraordinary 27 points within the first half of a match. Another time, she had a stunning winning streak while serving for the university volleyball team. But both miraculous performances were one-offs – each time, her magic touch disappeared the next day.
“It kept on running around my head – how could I have done that? Physically I didn’t change,” she says. On the other hand, why were the elite athletes she envied not only so good, but also so consistent?

Embarking on a PhD at the University of British Columbia, Vickers began to suspect the secret lay in the way that elite athletes see the world. She hooked a group of professional golfers up to a device that precisely monitored their eye movements as they putted their balls. She found an intriguing correlation: the better the player (as measured by their golfing handicap) the longer and steadier their gaze on the ball just before, and then during, their strike. Novices, by contrast, tended to shift their focus between different areas of the scene, with each fixation lasting for shorter periods of time.

BBC – Future – Why athletes need a ‘quiet eye’