Introductory Superhuman Physics, Period 4 [10-7]
"When it comes to the matter of superhuman strength," Jean-Paul began his lecture today, "my options were many and varied. I finally decided, in the interests of fairness, on someone who is not a mutant." He turned on the projector. "Meet the Hulk. Horrible doses of radiation do not always kill; sometimes they turn you into an incredibly strong, tough being with the intellect of a tantrum-prone two-year-old. But I would not take the risk. The Hulk also poses a problem of mass I will not get into at this time. Curiously, the angrier the Hulk gets, the stronger he gets; this perhaps is tied to adrenaline production. No one really understands his biology. He can break tanks and support mountains on his back. Obviously, his muscle structure is very different from a normal human.
"But superstrength is not always caused by superhuman means. Consider the case of Liam Hoekstra, a child from Michigan in a mundane universe who, thanks to a genetic disorder, is capable of feats of strength and agility Olympic gymnasts would envy.
"Your assignment for today is to break into pairs and discuss some of the advantages and drawbacks of superstrength. Begin."
"But superstrength is not always caused by superhuman means. Consider the case of Liam Hoekstra, a child from Michigan in a mundane universe who, thanks to a genetic disorder, is capable of feats of strength and agility Olympic gymnasts would envy.
"Your assignment for today is to break into pairs and discuss some of the advantages and drawbacks of superstrength. Begin."