Movement.Nutrition.Recovery.
All sessions organized by track. Each entry describes the session focus, the research territory covered, and the life stage context.
Four sessions examining how physical activity interacts with the body across different life stages, from mobility fundamentals to the role of daily movement volume.
This opening session establishes the framework for the entire Movement Track. It covers how the body's physical capacities shift across the 40s, 50s, 60s, and 70s, what the research literature identifies as key variables in maintaining mobility, and why individual variation makes simple prescriptions unreliable. Attendees leave with a clear map of the terrain the track will cover.
Muscle mass, bone density, and connective tissue integrity are interconnected systems that respond to resistance-based activity patterns. This session examines the research on how these systems change over time, what types of loading have been most studied, and how the concept of "structural resilience" differs from conventional fitness goals. Particular attention is given to the 50-to-70 window, where the research is most substantive.
Cardiovascular capacity follows a well-documented trajectory with age, but the rate and nature of that trajectory is significantly influenced by habitual activity patterns. This session covers what exercise physiology research shows about aerobic function across life stages, how different intensity patterns have been studied, and what the concept of "cardiovascular age" actually measures versus what it implies.
Research increasingly distinguishes between structured exercise sessions and overall daily movement volume. This session examines that distinction, what the literature shows about sedentary behavior as an independent variable, and how habitual patterns of low-intensity movement throughout the day interact with more structured physical activity. This is among the most practically relevant sessions in the series for people with variable schedules.
Four sessions on how nutritional patterns, hydration habits, and food relationships shift in relevance and effect across different decades of adult life.
The opening nutrition session establishes how the relationship between eating patterns and physical function evolves across life stages. It covers the major nutritional research frameworks, explains what population studies can and cannot tell us, and introduces the concept of dietary patterns as distinct from individual nutrient focus. This session sets the context for everything that follows in the Nutrition Track.
The research on protein intake and muscle tissue preservation is among the most studied areas in nutritional gerontology. This session covers what that research actually shows, where the evidence is strong versus preliminary, and how protein timing and distribution have been examined in older adult populations. The session deliberately avoids specific intake recommendations, focusing instead on the research landscape and its limitations.
The sensation of thirst becomes a less reliable indicator of hydration status as people age. This physiological shift has practical implications for how hydration habits function across life stages. This session covers the research on hydration and physical performance, the specific ways aging affects fluid regulation, and what habit patterns around hydration have been studied in active older adult populations.
Circadian biology research has generated significant interest in meal timing as a variable in metabolic function. This session examines what that research actually demonstrates, how meal pattern research differs from specific dietary composition research, and what the evidence shows about eating rhythms in older adult populations. One of the more nuanced sessions in the series, it covers an area where public understanding often diverges from research findings.
Four sessions on sleep science, nervous system recovery, stress physiology, and the restorative practices most studied in active aging research.
Sleep is not a single state. It is a complex architecture of stages that each serve distinct physiological functions. This foundational session covers how sleep architecture changes across adulthood, what those changes mean for physical recovery and restoration, and what the sleep research literature identifies as the most significant variables in sleep quality for older adults. The session distinguishes carefully between age-related sleep changes and sleep disruption patterns.
Chronic physiological stress affects physical recovery in ways that are well-documented in the research literature. This session covers the mechanisms by which stress hormones interact with physical recovery processes, how these interactions change with age, and what behavioral patterns researchers have studied in the context of stress and physical wellbeing. The session does not address psychological stress management, focusing instead on the physiological research.
Deliberate breathing practices have been studied in relation to autonomic nervous system function, stress hormone patterns, and subjective recovery experience. This session reviews what the research actually demonstrates, distinguishes between well-studied practices and those with limited evidence, and examines how breathwork research intersects with active aging literature. Among the more carefully bounded sessions in the series, it aims to represent the evidence accurately rather than overstating it.
The concept of active recovery sits at the intersection of the Movement and Recovery tracks. This session examines what research shows about low-intensity movement as a recovery tool, how the physiological mechanisms differ from complete rest, and what patterns of active recovery have been studied in older adult populations. It closes the Recovery Track by connecting back to the Movement Track, showing how the curriculum's three areas interact in practice.
The Start Here page outlines a suggested path through the curriculum for new participants.
Start Here