Many runners try to control how high their foot travels without realizing what actually determines it. This article explains why foot height is a…

One second in one hundred years raises a difficult question. In a century of technological and scientific progress, sprinting has barely improved.

As openly enhanced competitions enter the public eye, debate has focused on morality and risk. This article examines a different question: what human performance actually depends on — and why technique, not chemistry, ultimately governs its limits.

Developed by Dr. Nicholas Romanov in 1977, the Free Falling Concept redefines running as a partnership with gravity – transforming effort into ease and movement into skill.

Scientists continue to chase the Holy Grail of Running Biomechanics with profiles and categories, yet remain blind to the true force behind every stride.

I often hear long discussions about muscles, fibers, and their functions. And I can’t help but wonder – are people talking about doing something, or are they just talking about anatomy? If your goal is to study anatomy or satisfy a scientific curiosity, then exploring muscles, tissues, and fibers makes perfect sense. But if you are an athlete or a coach, that kind of knowledge, while interesting, will not make you better at your craft. Curiosity is natural, but practical application is what truly matters. Types of ‘Knowing’ In sport and training, there are things we need to know and…

We use the word ‘standard’ on daily basis, we’re all very familiar with its meaning. Here’s a quick sample of the meaning given in a dictionary just so we’re on the same page: standard |ˈstandərd| noun 1 a level of quality or attainment 2 an idea or thing used as a measure, norm, or model in comparative evaluations: the wages are low by today’s standards | the system had become an industry standard. • (standards) principles of conduct informed by notions of honor and decency: a decline in moral standards. • a form of language that is widely accepted as…

All human movement is gravity-dependent. Whether you’re running, swimming, walking to your car or reaching for milk in your refrigerator – you’re moving under the influence of gravity.

As mentioned in another article, when moving, our body goes through an infinite number of poses in space and time. Among the multitude of those poses there are those that play an essential role in forming our movement as a whole. Those poses are referred to as ‘key poses’ (or simply poses now), as Dr. Romanov named them, because they are at the center, they connect the preceding pose with the pose that follows, while serving as a conductor of energy and all forces involved, and producing the most efficient movement. In the Pose Method the understanding of the correct hierarchy of interaction of the forces involved,…

The original article (below) on the topic at hand, was published in Biomechanics of Distance Running in 1990. As you read the data and conclusions from this research you’ll see that the scientific community was not ready to accept the idea of the role of gravity as a leading force in running. A classical vision of gravity strictly as a vertical force was predominant in the scientists’ minds and didn’t allow them to look at the facts from a different perspective. The most important thing there, a relationship between extensor muscles and gravity as one non-conflicting system with reciprocal coordination…