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Heat vision - Focus energy to a single point and then project it out.Ĭreate a shield of force around his body that can be extended slightly beyond its periphery.like a suit of armor. So much more, a single cell of his body has the capacity to process the suns energy into radiant energy that his body can: How much? Well enough to be considered "denser" than humans. Two strands in a twisted bond of 26 chromosomes. The human storage medium for a single cell is DNA. Why he lies about his weight and why the movies and comics fail to represent the fact of such a weight is only because neither movies nor comics pretends (or can) be exhaustively correct at a physics level, for both, narration and resources reasons.ĭensity - a measure of the amount of information on a storage medium I've not found references to Krypton's gravity force, but Wikipedia suggest it as "massive" comparatively to the Earth, wich suggest that Superman would probably weight several metric tons on Earth (and it would easily explain why he's so strong and thought). as something plausible for a muscular 6'4'' earth man, it would be feasible that one humanoid of same size from a planet with twice as gravity force as the Earth would weight about 440-450 lbs.
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We can only assume a certain mathematical correlation between gravity and body density, however, it could serve as an approximation to the actual mass of superman on Earth. A far greater gravity force will require human-like bodies to have denser bones and muscles in order to avoid being smashed by it, this heavier body building will surely be a big part in Jor-El superhuman strength. If we want to measure the physical strength of a humanoid from another planet we need to examine how gravity force will affect it. HFS clients enjoy state-of-the-art warehousing, real-time access to critical business data, accounts receivable management and collection, and unparalleled customer service.The gravity force of Krypton is an important data here. HFS provides print and digital distribution for a distinguished list of university presses and nonprofit institutions. MUSE delivers outstanding results to the scholarly community by maximizing revenues for publishers, providing value to libraries, and enabling access for scholars worldwide. Project MUSE is a leading provider of digital humanities and social sciences content, providing access to journal and book content from nearly 300 publishers. With warehouses on three continents, worldwide sales representation, and a robust digital publishing program, the Books Division connects Hopkins authors to scholars, experts, and educational and research institutions around the world. With critically acclaimed titles in history, science, higher education, consumer health, humanities, classics, and public health, the Books Division publishes 150 new books each year and maintains a backlist in excess of 3,000 titles.
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