- Growing wings: Humans do not possess the genetic potential to spontaneously develop wings. The evolution of wings requires millions of years of selective pressure, and there is no evidence of such genetic changes occurring in humans.
- Laws of aerodynamics: For wings to generate sufficient lift for flight, they must be large, strong, and appropriately structured. Human bodies are not designed for flight, and they lack the necessary skeletal structure, muscle attachments, and wing surface area to support sustained flight.
- Conservation of energy: Growing wings and flying require a significant expenditure of energy. Without an external energy source or significant adaptations to allow for efficient flight, a human would not have enough energy to maintain flight for any substantial period.
- Gravity and terminal velocity: If wings suddenly disappeared while a person was in the air, they would immediately fall under the influence of gravity. The person's acceleration would increase until reaching terminal velocity, which for a human body, is around 120 mph.
Given these factors, it is highly improbable and scientifically implausible for a person to jump off a building, grow wings, and then lose their wings before regrowing another pair and continuing to fly. Such an event would go against established biological and physical principles.
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