Stall, Stuck Fermentation, and Burnout

The truth behind burnoutsThree failures that look like laziness, are actually physics, and get worse every time you push harder. The wing did not run out of airThe word "stall" is one of aviation's cruelest jokes. Every driver on earth hears it and thinks of an engine coughing to a stop, which is to say they think of a fuel problem, a power problem, a not-enough problem. So when a wing stalls, the untrained instinct is beautifully, fatally wrong. The nose is dropping, the ground is arriving, and every nerve in the body says pull back and add power. But a wing does not stall because it lacks speed or thrust. It stalls because the angle at which it meets the air has crossed a critical threshold, the smooth flow over the upper surface detaches, and lift collapses while drag spikes. You can stall at full throttle. You can stall going very fast. You can stall a perfectly healthy aircraft with two working engines and a full tank, and pulling back on the stick, the thing your body is…