The forum discussion centers on the dilemma faced by a college-bound student from Argentina, torn between pursuing physics with aspirations of contributing to interstellar travel and opting for electronics engineering, which he finds intriguing. Participants assert that the likelihood of achieving warp drive or wormhole technologies within the student's lifetime is exceedingly low, primarily due to the immense financial and technological challenges involved. They emphasize that a genuine passion for physics is essential for success, as the field encompasses much more than just the allure of advanced space travel concepts. Ultimately, the consensus leans towards encouraging the student to consider electronics engineering as a viable and practical career path.
PREREQUISITESThis discussion is beneficial for prospective physics and engineering students, educators in the fields of physics and electronics, and anyone interested in the practical applications of theoretical concepts in space travel and technology development.
It does not (don't trust bad pop science descriptions).Davephaelon said:Hawking radiation entails the emission of negative-energy particles, within a black hole.