Dr. Mike Ormsbee, Director of the FSU Institute of Sports Sciences and Medicine and Professor of Nutrition and Integrative Physiology, work focuses on metabolism, recovery, and the strategic application of nutrition to health and human performance. In this episode, we explore the science of recovery, metabolic health, and evidence-based nutrition strategies designed to enhance performance while supporting long-term health. Dr. Ormsbee shares insights on topics ranging from pre-sleep protein intake and nutrient timing to body composition, exercise recovery, and the practical application of nutrition science in both athletic and everyday populations. We also discuss the realities of the research process itself, including funding, publication, scientific interpretation, and the importance of critical thinking when navigating today's health and performance landscape. Whether you're an athlete, coach, clinician, or simply interested in optimizing your health, this conversation highlights why sustainable results are rarely driven by extremes, but by individualized, evidence-based strategies grounded in sound science. This episode is a masterclass in recovery, nutrition, and the physiology of long-term health and performance.

I recently sat down with Coach Michael Boyle. As the founder of Mike Boyle Strength & Conditioning and former performance coach for Boston University, the Boston Bruins, U.S. Women’s Olympic Ice Hockey, and the 2013 World Series Champion Boston Red Sox, Coach Boyle has helped shape modern performance, resilience, and athletic development. In this episode, we explore why long-term performance is built on intelligent progression, movement quality, and sustainable strength. Coach Boyle breaks down the evolution of his philosophy from traditional performance training to a model centered on resilience, orthopedic cost, and building strength that supports both performance and longevity. We also discuss youth athletic development, sport specificity, injury reduction, the balance between science and coaching experience, and why the future of strength may be less about how much you can lift and more about how long you can move well. This episode is a masterclass in building strength that lasts.

In this episode, I sit down with Dr. Mike T. Nelson, an exercise physiologist and coach whose work centers on metabolic flexibility, performance physiology, and the integration of technology into modern health and human performance. At the core of our conversation is physiological flexibility, the body’s trainable capacity to regulate and adapt to shifting demands. Rather than optimizing for a single state, the goal is to develop a system that can transition efficiently across multiple physiological conditions. We explore how this concept applies to strategic nutrition, training protocols that support long-term adaptability, and the evolving role of artificial intelligence in coaching. As technology continues to advance, we also discuss the skills most likely to remain valuable in an increasingly data-driven performance landscape. This episode offers a clear, science-driven perspective on how to build a more adaptable and resilient physiology.

In this episode, I sit down with Dr. Tommy Wood, physician, researcher, and author of The Stimulated Mind, to explore how we can proactively support cognitive health and long-term brain performance. At the center of our conversation is Dr. Wood’s Three S Model for brain health: Stimulus, Supply, and Support. We discuss how the brain thrives when it is challenged with meaningful stimulus, fueled by the metabolic resources required for optimal function, and supported by the physiological systems that maintain resilience over time. Together we explore practical strategies for maintaining cognitive performance across the lifespan, including how lifestyle, metabolic health, movement, and intellectual engagement shape the brain’s ability to adapt. We also examine why cognitive decline is not an inevitable consequence of aging, and how proactive, science backed interventions can help preserve brain function long before symptoms appear. If your goal is not simply to protect brain health but to actively build cognitive resilience, this conversation offers a thoughtful and science based framework for doing exactly that.