Civilization is likely to already have been evaporated by this point, anyway, and even if there were enough humans left to launch such a rescue mission it would apparently take several millennia for Earth to benefit from the results. Fox Searchlight Picturesįurthermore, the uranium “stellar bomb” used to reignite the sun would need to be a billion times bigger than the one in Sunshine to make any impact. Rose Byrne no doubt worrying about Q-balls. However, another physicist and a leading figure in Q-ball research, Alexander Kusenko at the University of California, argues this agglomeration is so dense (a billion times more than an atomic nucleus, to be exact) it would simply glide through the sun “like a knife through whip cream.” Georgi Dvali, now a director at Munich’s Max Planck Institute for Physics, claims this process’ released energy would cause another problem: mass radiation. ![]() ![]() Cox subsequently leaned on Harvard physicist Sidney Coleman’s theory of Q-balls - “giant agglomerations of supersymmetric particles that could, if they drifted into the heart of a star, eat away like a cancer, eventually destroying the star from within.” The sun is predicted, of course, to go out in roughly five billion years, but in order to make the saving of mankind that little more relatable, Sunshine was set just a half-century into the future. Garland and Boyle didn’t make things easy for the man who would also inform Cillian Murphy’s physicist character. The Hollywood version of physicist Brian Cox.
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