Dr. Paul Comfort

In this episode of Research 2 Reps, we had the opportunity to sit down with Dr. Paul Comfort, whose work has influenced how so many of us think about Olympic lifting, power development, and applied sports science. Paul walks us through how his early research on pull variations reshaped real-world training for athletes who may not be ready for or suited to full catches. We talk about what happens when you shorten the pull, how power and rate of force development can actually improve, and why removing the catch is not the step backward some believe it to be. What stands out is how curiosity in the classroom turned into research that now guides programming across professional sport, collegiate athletics, and beyond.

Our conversation expands into force plate testing, biological variability, and what data is actually worth acting on. Paul challenges the idea of collecting information for the sake of collecting it and pushes us to ask what meaningful change really looks like. We explore the difference between influencing performance and trying to control it, especially in complex team environments where psychology, leadership, nutrition, recovery, and belief play massive roles. This episode is a reminder that great performance systems are built through cohesion, clarity, and humility. We do not control outcomes, but we can shape environments that give athletes their best chance to succeed.

In the second half, we shift from exercises and metrics to the bigger picture of performance itself. We unpack what performance really means and why it can never be reduced to a single number or test. Performance is technical, tactical, physical, psychological, emotional, and relational. It is how the mind and body work together in real time and how individuals come together inside a team. Paul reinforces that we do not control performance, we influence it. That influence is shaped by belief, trust, communication, and cohesion across the entire performance team. This conversation challenges young professionals in particular to trade the illusion of control for the responsibility of leadership and adaptability.

We then move into practical application around testing, assessment, and return to performance. Paul lays out how to structure testing batteries so fatigue does not distort results, why standardization matters, and how athlete behavior changes when you put numbers on a leaderboard. We explore how these same principles extend beyond sport into the military, where similar force and jump diagnostics are used to guide rehab and return to duty. His current work highlights a major gap in rehabilitation, where athletes regain strength but remain deficient in rapid force production. That missing piece may be what drives reinjury. This episode reminds us that data only matters if it changes what we do, and that true performance development lives