AsuraSyn
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- Posted: Mon, 23 Sep 2013 23:16:02 +0000
Suicidesoldier#1
Oh, you'd need to condition no doubt. Your heart rate would be at 210 forever, and as a result your kidneys and liver would need conditioning to, both compensate in terms of metabolism, and to filter your blood. But the human body is theoretically capable of it.
Our muscles can take it, martial artists condition their bones to break through concrete, to become harder than concrete, even though ordinarily it would break. Take a hammer, for instance; human strength could break concrete with it, but what does a hammer have? Speed and momentum, but hardness. You have to hit harder than with a hammer but with fists of iron you could easily shatter concrete; some people wear like gloves before they do it. So with fists as strong as steel, which bones are half the strength but double it in terms of weight to strength ratio (so they're a quarter the weight!), with increased density, and the ability to heal, you can punch through concrete. Tendons in humans are half the strength of steel, but horses can be over it. See, some humans, like martial artists, have super hard tendons, which they condition over time; tendons more or less keep your muscles to your bones, but when you exercise they get stronger, and much tougher, as well. So, tendons keep your muscles from ripping off if you strain too hard, so with some stronger tendons, which is totally possible, you won't have to worry about that.
You'd need some "hardening", so to speak, to get used to those levels without hurting yourself, but it's possible for short feats.
My objective is one of two things. Either, say, make a heart 10 times bigger, to take the constant flow of blood like it's nothing, or get a hydraulic robotic heart at those levels. Advantages of a robotic heart at those levels is, you no longer to need to monitor the heart rate; you won't pass out if it's too low, since it's always over the level it needs to be. In fact, you might even suppress real adrenaline, and just bump up a few things to be at those levels constantly. Your blood pressure would be high, but with thicker blood, or perhaps better, a hydraulic heart, it would be easier.
Since, your heart operates in constant, rhythmic, pulses. This is say, 2.3 PSI, but if spread out over time, say a constant flowing of blood, the PSI could be lower and blood could circulate faster. Hearts are only about 10% efficient while machines can be 85%-90%. So say, use some plutonium-238 as a battery, or Americurium-238 which is honestly better (lasts 4 times longer, or 80 years, but is weaker) and you can operate for a heart for about 10-12 grams or so, which at most only needs about 1-1.3 watts or so of power (although it consumes 10 watts, due to the inefficiency).
So, keep the blood circulating, only thing is, now your metabolism needs to be more efficient (you know 400 pound fat people who eat one 500 calorie meal a day? Turn that into raw power, instead, and make them say, 200 pounds OF MUSCLE! A low metabolism is an evolutionary advantage, after all) for nutrients, and you need better breathing. Circular breathing can more than double oxygen, then you got blood doping, but, it would be difficult higher than this. Since the PSI is lower you could maybe afford to have really thick blood. I thought about a copper blood bone marrow change, since copper blood doesn't have cells, but the hemocyanin floats freely, allowing a much higher density (although bone marrow transplants have a .5-2% SURVIVAL rate, that is the operate itself) or somehow constantly recycling PFC's (which can transport 40 times the oxygen and help in swollen tissue blood ordinarily can't enter, but you would need to recycle them after you exhale somehow, since it leaves your system in about 48 hours) with say, a gas mask or something, but idk.
You could probably increase lung efficiency, then increase blood doping stuff, then have circular breathing.
One way to do is to control the nervous system, say electrocute it; particularly if you couldn't feel pain, you could work an athlete say, even when they're unconscious, and make them work out super hards and become super strong.
Better yet, with 10 times the circulation, you get 10 times the healer, and 10 times less downtime between exercises. You could work out 10 times more, so you could condense 10 years worth of exercise into 1, or 20 into 2 etc. and become super amazing really quickly. Throw in some growth hormone and, you could be uber strong all the time. Might be like on an adrenaline rush constantly, idk. But everything would be 10 times slower, so that's a faster reaction time as well, so you could say, shoot 10 people before they could shoot you. On top of being just strong enough to carry around armor that would resist rifle rounds.
To be safe, you might add some titanium foam to the bones (which automatically attach themselves to bone, pretty nifty) and throw in some silicon instead of relying on cartilage to make sure they don't break any bones or something. Use some kind of inert fiber to insure they don't tear any ligaments, instead serve as their ligaments. Replace them when they wear out (the artificial cartilage that is, so you don't have to worry about joint problems).
I think about this kind of stuff, a lot. Perhaps too much. Project Orion, I'll call it. Maybe they'll be Spartans, maybe Myrmidons. Maybe they'll just be called soldiers. Whatever the case, they'll be amazing.
Oh uh, great athletes. *le cough*
Yes.
Also, electrodes in bear brains, get them to carry around large radios on their backs. Control their bodies.
Bear skulls can deflect 9mm rounds, and bear hide easily absorbs .357 magnum rounds. They can heal injuries like lizards, and can regrow kidneys, eyes, hands, fingers, all kinds of things. Since bears try to rip out each other's throats a lot, they've grown the ability to grow back stuff. So they'd make great soldiers, if we just electrocuted them and controlled their nervous system.
The military thought about sugar water for bees. I say just spray them in honey and release bears.
The heart/lung functionality seems terribly inefficient. Why not remove the entire process and replace it with something more effective?
Correct me if I'm wrong but the purpose of the lungs is to oxygenate the blood, the purpose of the heart is to circulate said blood, newly oxygenated, to the organs and bodily systems that need said oxygen, yes? Why not cut the middleman out and remove the heart and lungs and replace the blood with a more oxygen enriched substitute? A slurry of nanite driven biomatter, say 80% oxygen rich, flooding the organ system itself. No need for circulation in the traditional sense if it absorbs oxygen straight from the outer dermis the way our skin cells do. Although that would require repurposing the epidermis into a more efficient oxygen gathering device, I suppose, but regardless, even if that's not feasible, we could then simply swap out our oxyslurry every week or so instead of drawing breathe every second or two. For those in a more strenuous line of work, soldiers, athletes, heavy laborers, they could just add a tank of the slurry and a rebreather to circulate the used slurry with the new and reoxygenize it from the ambient atmosphere.
Thinking about it, we would need to retain some minor lung capacity, maybe a microlung stored somewhere, simply to let us talk. Vibrating air with vocal chords and all.
I like the pure energy concept instead of the sloppy process currently used, however, it's our cellular mitochondria that create the energy that runs our bodies from oxygen delivered through the blood. By bathing them in a higher level of oxygen, wouldn't they begin to produce even more energy allowing the body to develop faster, strong and just all around better? I know the regenerative abilities of certain animals is also within humans since, ya know, we do it constantly, just not as big a scale as regrowing a limb, but if our bodies were suddenly flooded with, say, a hundred times the current energy output, we'd theoretically be indestructible, no?