The New York Times: Something Strange in Usain Bolt’s Stride

Peter Weyand

The New York Times: Something Strange in Usain Bolt’s Stride

The New York Times covers the research of SMU locomotion expert Dr. Peter Weyand and his SMU Locomotor Performance Lab in "Bolt is the fastest sprinter ever in spite of — or because of? — an uneven stride that upends conventional wisdom."

Does symmetry matter for speed? Study finds Usain Bolt may have asymmetrical running gait

SMU study suggests the right and left legs of world champion sprinter Usain Bolt, the world’s fastest man, may perform differently, defying current scientific assumptions about running speed.

SMU Research Day 2017 visitors query SMU students on the details of their research

The best in SMU undergraduate and graduate research work was on full display at Research Day in the Hughes Trigg Student Center.

New York Times: Blade Runner Tests Limits of Prosthetics, Years After Oscar Pistorius

The New York Times reporter Filip Bondy interviewed SMU biomechanics expert Peter Weyand of the SMU Locomotor Laboratory, for a story about Hunter Woodhall, an 18-year-old athlete with prosthetic limbs competing against top scholastic stars in the United States.

Huffington Post: A New Physics Discovery Could Make You A Faster Runner

The Huffington Post covered the research of Peter Weyand and the SMU Locomotor Laboratory, who have developed a concise approach to understanding the mechanics of human running.

Dallas Innovates: SMU Study Finds Simpler Way to Explain Physics of Running

Dallas Innovates covered the research of Peter Weyand and colleagues in the SMU Locomotor Laboratory, who developed a concise approach to understanding the mechanics of human running.

Daily Mail: Researchers reveal the mechanics of running is simpler than thought – and it could revolutionise shoe design

London's Daily Mail newspaper covered the research of Peter Weyand and the SMU Locomotor Laboratory. Weyand, who is Glenn Simmons Professor of Applied Physiology and professor of biomechanics in the Department of Applied Physiology and Wellness in SMU’s Simmons School, is director of the Locomotor Lab.

New study connects running motion to ground force, provides patterns for any runner

New study connects running motion to ground force, provides patterns for any runner. Concise scientific approach accurately predicts runner’s patterns of foot ground-force application — at all speeds and regardless of foot-strike mechanics.

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