Strength & Hypertrophy
Mechanical tension, metabolic stress, periodization, autoregulation. The science of getting bigger and stronger, with programming that respects your time and recovery.
What this pillar covers
The hypertrophy literature has matured. We have decent answers now on volume, frequency, intensity, and proximity-to-failure — and the answers are more nuanced than the bro-science of the early 2010s but more useful than the false precision of training calculators. We sit in the middle: respect the research, apply it loosely.
Subjects threaded through this pillar
- Mechanical tension and stretch-mediated growth
- Volume landmarks
- Periodization models
- Velocity-based training
- Failure proximity
- Asymmetry and unilateral work
Articles in this pillar
12 published article(s) matched. Browse the full library →
AI Fitness Apps vs. Personal Trainers
AI coaching has improved fast, but the evidence still favours in-person trainers for most adults - primarily through adherence and…
TrainingAcclimating from AC gyms to outdoor heat: the research-backed protocol
Heat-acclimation physiology, the 7-14 day adaptation curve, and the early-warning signs that distinguish real progression from hea…
TrainingActive Pet Play and Daily Movement
Dog ownership is associated with a 24% reduction in all-cause mortality - not because dogs are magic, but because they force daily…
TrainingAnimal Flow Workouts: What They Are, Who They’re For
Ape walks, beast holds, scorpion reaches, transitions strung to music. Animal Flow draws from gymnastics, parkour, and yoga. The p…
StrengthApartment Workouts: Quiet, Effective Training in Small Spaces
Bodyweight, bands, slow tempo, and stairs cover most of the training stimulus without jumping or noise. The honest playbook for ap…
TrainingBarefoot Running: Evolutionary Advantage or Fast Track to Injury
Lieberman’s 2010 Nature paper made barefoot running a movement. The biomechanics are real - but the injury data are complica…
TrainingBarefoot lifting vs beach training: what each surface trains
Why barefoot lifting on a stable floor is not the same biomechanical input as barefoot training on sand, and where each genuinely …
TrainingBeach calisthenics: pull-ups on the boardwalk
Why outdoor calisthenics builds different strength than gym pulldowns, the bar-availability hack, and a progression that gets adul…
TrainingBeach tennis agility: what the lateral-cutting research supports
Why beach tennis approximates the multi-directional demands of court sport, the ankle-load research, and a beach-tennis conditioni…
TrainingBodyweight core training on sand: planks, dead bugs, and the unstable-surface premium
Why sand-surface core work outperforms mat-surface, the EMG evidence, and a 10-minute beach core circuit that respects the rectus-…
TrainingCold Morning Runs: What 5 Years of Cold-Exposure Research Actually Says
Running before sunrise in winter feels like an act of will. The published evidence on cold-weather cardio is actually generous to …
TrainingCold-Water vs. Warm-Pool Swimming: How Temperature Changes the Workout
Both are excellent exercise. The water just changes which body system gets stressed. Cold water builds metabolic flexibility and r…
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