Originally posted by Mindship
I would like to address Yahman's "concern" regarding how a "chemical serum" could give one the "power of a million exploding suns." Piedmon makes an excellent case for "why concern yourself," so to speak, but, being initially a "hard scifi" guy myself, I can see why Yahman asks his question.
I copied the below from my posts in the thread of Who Can Survive a Direct Hit from an Atom Bomb. This is for those of us who like a "dash of realism" in our comics. For those who don't, well, c'est la vie, many colors make a rainbow.
One ton of TNT exploding yields over 4000 megajoules of energy.
One megaton yields over 4000 terajoules: more energy than the whole Earth will use for hundreds of years, at least.
Seems to me, in order to survive a one megaton blast, one would have to counter 4000 terajoules with an equal amount of energy, at least.
Where in God's name do these "nuke survivors" get this much power from? Given the amount of energy which rains down from the sun, per square centimeter, even Superman doesn't have enough skin surface area to absorb this much power.
Why pick on Superman?
1. Ask 100 people which superhero can take a nuke, chances are, every one of them will answer "Superman."
2. Unlike those superheroes who rely on "magic" (which, as far as anyone knows, has absolutely no basis in reality), Big Blue's power depends on solar energy, which is very real and can be measured.
Thusly...
- On a sunny day, the amount of sunlight per square centimeter yields 0.1345 joules every ten seconds.
- An adult male has about 1.8 square meters of total skin surface area.
- If Superman were totally naked, he could perhaps absorb about 2500 joules in ten seconds. He needs 1.6 trillion times this amount to counter the energy of a 1 megaton bomb (4000 trillion divided by 2500).
- 1.6 trillion x 10 seconds is about 500,000 years. This is how long Kal El has to sunbathe to absorb enough power to survive 1 (one) "typical" nuclear explosion.
Applied to Sentry...
There are, what?, about ten trillion cells in the human body? That means, to harness the power of "a million exploding suns," each cell has the energy of about one-ten-millionth of a supernova, or 10^37 joules, or about 1000 x power our sun puts out in a year...just from one cell! There are no (known) nuclear reactions which yield this much power...so how the hell does a chemical serum do this?
Yes, yes, I know, I know. It's just comics; Sentry as a character harkens back to a "simpler time." I have no problem with any of that. It's just interesting--for me, anyway--what happens when one translates comicological hyperbole into real (if ballpark) figures.
bag
I luv u mannn ..... Our child will look something like this : geek