Eric Helms on Science, Strength Training, and the Journey of a PhD

From Meathead to Scientist

• 💡 Eric Helms, a PhD, CSCS, and WNBF Pro Natural Bodybuilder, shares his journey from a non-traditional high school background to becoming a leading voice in sports science.
• 🧠 He initially disliked team sports like football due to a perceived hyper-masculine culture and a lack of personal control over outcomes.
• 🚀 His path into lifting began during a difficult time in the Air Force, where the gym became an outlet for processing powerlessness, leading to a deep obsession with training and sports science.

The Genesis of 3D Muscle Journey

• 🌐 Helms's early career involved personal training and active participation in online bodybuilding forums, where he connected with like-minded individuals.
• 📈 The realization of YouTube's potential, sparked by a client's success, led to the formation of 3D Muscle Journey (3DMJ) in 2009, initially envisioned as an online magazine for the natural bodybuilding community.
• 🎓 Pursuing higher education, he completed a bachelor's degree online and later a master's, eventually leading to a PhD in New Zealand, focusing on powerlifting and training volume regulation.

Powerlifting, Bodybuilding, and Periodization

• ⚖️ Helms advocates for a "powerbuilding" approach, blending bodybuilding and powerlifting principles, emphasizing the importance of progressive overload and objective benchmarks.
• 🎯 He discusses the challenges of integrating hypertrophy training with strength goals, proposing phased approaches (hypertrophy block, development block, peaking block) to optimize performance and muscle growth.
• 📊 Research into autoregulation, including RPE and velocity-based training, is highlighted as a crucial tool for individualizing training and adapting to real-time recovery and performance states, especially in the modern online coaching era.

Hypertrophy, Volume, and Nutrition

• 📈 The relationship between training volume and hypertrophy is explored, noting diminishing returns and the importance of proximity to failure and load on the bar as key drivers.
• 🍽️ Regarding nutrition, Helms's research suggests that while a caloric surplus is necessary for muscle growth, nutrition is permissive, not a driver, and excessive surplus often leads to disproportionate fat gain without enhanced muscle growth.
• 🔬 Current research interests include metabolic stress, its measurement via muscle oxygenation, and the role of subcellular glycogen depletion in resistance training performance.

Science Communication and the Future

• 🗣️ Helms emphasizes the critical role of science communication in bridging the gap between research and practical application for coaches and athletes.
• 📚 The Mass Research Review (MASS) aims to distill complex scientific findings into accessible information, helping individuals navigate the overwhelming amount of fitness information available.
• 🚀 He advocates for continuous learning and adaptation, encouraging a holistic approach to training that includes understanding individual responses and the art of coaching beyond just scientific data.