The concept of wormholes is purely speculative and theoretical at this point, and there is no conclusive evidence of their existence. However, if we assume that wormholes do exist and can be used for space travel, there are several considerations to keep in mind.
Wormholes are hypothetical structures that serve as shortcuts through spacetime, potentially connecting distant regions or even different universes. The idea is that they create a "shortcut" by bending spacetime in such a way that it allows for travel between two separate points that would otherwise be far apart.
If wormholes could be traversed by humans, one of the challenges would be ensuring the safety of travelers. The intense gravitational forces associated with wormholes could indeed cause significant stresses on the human body, potentially leading to its collapse or other adverse effects. This is particularly relevant if the wormhole enables travel faster than the speed of light, as it would involve extreme conditions.
Moreover, wormholes would also need to address other potential hazards, such as radiation, tidal forces, and stability issues. Theoretical physicists are still exploring and studying these concepts to understand the nature of wormholes better and determine if they are feasible for practical human travel.
It's worth noting that any conclusions about the behavior of matter and the human body within wormholes would depend on the specific properties and characteristics of these hypothetical structures. As of now, our understanding of wormholes is mostly theoretical and speculative, so it's difficult to make definitive statements about their practicality or potential effects on the human body.