the properties and behavior of dark matter remain largely mysterious. Dark matter does not interact with electromagnetic radiation, which includes light, making it difficult to detect or directly observe. Consequently, the hypothetical effects of a human being touching dark matter are purely speculative and beyond our current understanding.
Based on what scientists currently know about dark matter, it is believed that it primarily interacts gravitationally with ordinary matter. It forms a significant portion of the total mass in the universe and is thought to be responsible for the observed gravitational effects on galaxies and the large-scale structure of the cosmos. However, direct interactions between dark matter and ordinary matter, such as human beings, have not been observed or studied.
If dark matter were to possess some form of interaction with ordinary matter beyond gravity, and a human being were to touch it, the consequences would depend on the nature of that interaction. Since dark matter is presumed to be distributed throughout the universe, it is unlikely that a human could encounter it directly in their everyday experiences.
It's important to note that our understanding of dark matter is continually evolving as scientists conduct more research and gather new evidence. As of now, the direct consequences of touching dark matter remain speculative due to its elusive nature.