The Power of Attentional Focus Part III
Does where you focus your attention have an impact on how well you do at a skill, either in practice or performance? To sum up these videos in one word: YES! Part I: Background research on the power of attentional focus: • The Power of Attentional Focus Part I Part II: Applying this to musicians and people at different skill levels: • The Power of Attentional Focus Part II Part III: Implications for teaching and practicing: • The Power of Attentional Focus Part III Link to Part IV of my series on memorization where I discuss choking: • The Neuroscience of Performing from Memory... Papers cited in this video: Wulf, G., McConnel, N., Gärtner, M., & Schwarz, A. (2002). Enhancing the learning of sport skills through external-focus feedback. Journal of motor behavior, 34(2), 171-182. An, J., Wulf, G., & Kim, S. (2013). Increased carry distance and X-factor stretch in golf through an external focus of attention. Journal of Motor Learning and Development, 1(1), 2-11. Atkins, R. L. (2017). Effects of focus of attention on tone production in trained singers. Journal of Research in Music Education, 64(4), 421-434. Beilock, S. L., & Carr, T. H. (2001). On the fragility of skilled performance: What governs choking under pressure?. Journal of experimental psychology: General, 130(4), 701. A little bit on my background: I attended Oberlin College and Conservatory as an undergraduate, double majoring in viola performance and neuroscience. The neuroscience was just for fun (truly!) and I had no plans to continue with it after I graduated. But when I got to New England Conservatory for my masters in viola performance, I realized something was missing. After my roommate came home from being a subject in a study at Harvard looking at musicians’ versus non-musicians’ brains, I realized I had to be a double degree student my whole life. So at NEC, I did a number of independent studies looking at topics having to do with music and the brain, as well as working for Dr. Mark Tramo, the director of the Institute for Music and Brain Science, at that time at Harvard (now at UCLA). After NEC, I attended the Shepherd School of Music at Rice University for my DMA in viola performance. While there, I took graduate-level neuroscience classes nearly every semester, I worked in a lab for a long time, I was the assistant director for two interdisciplinary symposia on music and the brain, and I developed and taught a class on music and the brain. Since that time, I have published several articles in both music and scientific journals on music and the brain (many of which you can access on my website: https://mollygebrian.com/writing/) and give presentations on the topic regularly at conferences, universities, and schools around the world. For five years, I taught viola at the University of Wisconsin-Eau Claire, where I also taught an honors course on music and the brain. Now, I teach viola at the University of Arizona, where I also continue to investigate aspects of the cognitive neuroscience of music.

The Power of Attentional Focus Part I

Variable Practice Part I

Isaac Stern’s Unusual Practice Tip (That Actually Works!)

Learn Music Faster... By Doing LESS?! (with Dr. Molly Gebrian)

Mental Practice Part III: Answers to Common Questions

Nideffer’s Attentional Model - Chelsea Wooding

What Musicians Can Learn About Practicing from Current Brain Research: Part II (Random Practice)

I Helped 3500 Musicians Perform Like Pros & Learned This

The Neuroscience of Performing from Memory Part I

How to Retain Music from Day 1 | Easy 4-Step Method to Memorization

What Does SCIENCE Say About Repetitions in Music Practice?

The Power of Attentional Focus Part II

Memorize music the right way!

Mental Practice Part II: Brain Activation and Experts v. Novices

This Technique Will Make Your Piano Playing Smoother

Molly Gebrian: Learn Faster, Perform Better

5 Things Experts Do Differently: Why How You Practice Matters More Than How Long

Attention and sport performance

What Musicians Can Learn About Practicing from Current Brain Research Part IV: Sleep

