If a human baby were born and grew up on a planet with lower gravity than Earth, such as the Moon, their development and movement would be influenced by the reduced gravitational force. Walking on such a planet would be different from walking on Earth.
Here are some key considerations:
Muscle development: On a low-gravity planet like the Moon, a baby's muscles wouldn't need to work as hard to support their body weight as they would on Earth. As a result, their muscles might not develop the same level of strength as a baby growing up on Earth.
Bone density: Bone density is affected by gravitational forces. In lower gravity, bones may not need to support as much weight, which could lead to lower bone density in the individual growing up on the Moon.
Walking and movement: Due to lower muscle strength and bone density, the individual might find it challenging to walk in the same way as someone who grew up on Earth. They may appear to bounce or leap with each step, given the reduced resistance from gravity.
Adaptation: Human beings are remarkably adaptable, especially during their developmental years. If someone grew up on the Moon, their body would naturally adjust to the lower gravity. They would likely find ways to move efficiently and effectively on that celestial body.
Differences in gait: The way a person moves is influenced by their environment and body's adaptation to it. Therefore, the gait of someone raised on the Moon would likely differ from the gait of someone raised on Earth.
It's important to note that, there has been no documented case of humans being born and raised on the Moon or any other celestial body with significantly lower gravity. The information provided here is based on our understanding of human physiology and the effects of gravity on the human body. Actual outcomes could vary, and it remains a topic of theoretical exploration and science fiction.