– Small black holes can create fatal supersonic shockwaves akin to gunshot wounds or trigger lethal radiation effects resembling internal fireball burns.
– Larger stellar or supermassive black holes would lead to “spaghettification,” stretching a person infinitely thin due to extreme gravitational forces.
The study emphasizes theoretical physics and the potential impacts of cosmic phenomena like primordial and larger-scale black holes on organic matter, offering perspectives that blend scientific rigor with curiosity-driven inquiry.While this has no immediate relevance for india’s citizens in practical terms-given the rarity and distant nature of these cosmic entities-it underscores humanity’s pursuit to unravel universal mysteries far beyond Earth-bound concerns.
For India specifically, advancements in physics research (e.g., understanding astronomical events like black hole mechanics) could inspire educational developments within STEM fields and deepen engagement in global science communities such as ISRO’s space exploration initiatives. This underscores an inherent value for fostering curiosity alongside academic growth within India’s vast pool of luminous minds.
While intriguing hypotheticals about “walking through a black hole” pose little risk given current knowledge, fostering awareness about astrophysics aligns well with long-term global benefits for science literacy across indian education systems.