Supercompensation: How Training Adaptation Actually Works
The supercompensation model explains why timed recovery produces gains — and modern physiologists treat it as a useful simplification, not a law.
The supercompensation model explains why timed recovery produces gains — and modern physiologists treat it as a useful simplification, not a law.
Exercising with others is one of the most reliable adherence boosters in the behavioral literature, and group formats appear to add stress relief and enjoyment on top.
Drinking to thirst covers most training sessions; losing more than about 2 percent of body weight measurably costs performance — and sports drinks solve a narrower problem than their shelf space implies.
EPOC — the post-exercise oxygen consumption behind the afterburn myth — is real, measurable and roughly 6 to 15 percent of the energy your workout burned.
Sleeping high and training low can lift sea-level endurance by a few percent — for responders who log enough hours up, for long enough.
Most research-tested HIIT programs used two to three hard sessions per week, and pushing past that ceiling buys little added fitness while stress compounds.