They would painstakingly draw what they saw, discovering details that might otherwise have been glossed over -- details that would be vital to discovery and progress. I didn’t always think like this, but when I read about Emily Cook, my view of the world began to change. Emily Cook, last year’s Olympic aerials champion, once revealed the secret to her success: imagery training. “I’m standing on the top of the hill. I can feel the wind on the back of my neck. I’m going through all those different senses and then actually going through what I wanted to do for the perfect jump.” While I’m no pro-athlete, Emily Cook’s interview clicked with me. Since then, whenever I learn a new concept in biology, I try to visualize my studies, imagining the signals that our brain sends to the rest of the body, or conjuring visions of cell mutations, or trying to build a model of the skeletal system in my mind, or building models of the cellular secretory pathway mechanism. As I did this, I began to
They would painstakingly draw what they saw, discovering details that might otherwise have been glossed over -- details that would be vital to discovery and progress. I didn’t always think like this, but when I read about Emily Cook, my view of the world began to change. Emily Cook, last year’s Olympic aerials champion, once revealed the secret to her success: imagery training. “I’m standing on the top of the hill. I can feel the wind on the back of my neck. I’m going through all those different senses and then actually going through what I wanted to do for the perfect jump.” While I’m no pro-athlete, Emily Cook’s interview clicked with me. Since then, whenever I learn a new concept in biology, I try to visualize my studies, imagining the signals that our brain sends to the rest of the body, or conjuring visions of cell mutations, or trying to build a model of the skeletal system in my mind, or building models of the cellular secretory pathway mechanism. As I did this, I began to