Galabab
Diabloii.Net Member
Re: The Limit of the Human Mind
I drew an alien too!
[img=http://img201.imageshack.us/img201/214/myalienad3.th.jpg]
I drew an alien too!
[img=http://img201.imageshack.us/img201/214/myalienad3.th.jpg]
Or you could draw a flipbook.The easiest way to represent a '4th dimension' on paper is I suppose to draw a series '3d' graphs which change according to a 4th variable. Collating those into a single image is the difficulty, perhaps comparison to the equivalent of 3 dimensions represented on a series of graphs with 2 axes, width x and length y, would help, for a puddle diminishing wrt t - a series of diminishing circles which can be equivalently drawn on a single 3 dimensional graph with the appearence of a cone.
your first point is my point. a true alien is outside our perception of the universe/existance. it's of another dimension that does not have the same "specs" of our world, with spacial dimensions like u said: legs that go down, antennae that go up etc... all "life" in this "world" (the world that we know/perceive with gravity and forces and volume; physics.. etc...) is the same. if we find "new" life it'll be like a klingon. i klingon IS a human merely with different features. or it'll be the classical collection "alien", a human child in size with green skin and insect antennae sticking out of its head. instead of a truly alien or different life form.Interesting, now, where do we begin...
So if I were to draw a chair, just a chair, would that satisfy your criteria? Or does the chair have legs, even though they are not the legs of what we consider a "living" thing. Either a chair would be a good solution, because it is NOT in any way a bunch of body parts from various animals, or there's a flaw in the rules.
The thing is, think of an item, creature, whatever, regardless of what it is. Also, let's assume you did not think of vacuum, because an alien can under no circumstance be just vacuum.
If the "alien" has something to stand on, we can always interpret it as legs. If it doesn't have legs, then it will have its mass in a more uniform shape, what we interpret as a body. If the pointy things were going upwards, then it would be antennae, scales, etc etc.
You will never get away from this fact, chairs have legs, mountains have feet, planes have bodies etc.
We can't refrain from using geometrical figures we've seen, or might have seen, before. That would be impossible, since every geometrical figure possible in three (or less) dimensions WILL fall under the category "might have seen". The only way to draw something nobody has ever seen before would be drawing it in dimensions not visible to us. I'm not sure I agree that there are 11+ dimensions, but IF there were more than those visible to us, and someone could draw something in them, it would be something noone has ever seen before.
Unfortunately, the artist would get no credit, because we can't see his work anyway...
This is just a question of definition. If gravity is the alien, then you actually did nothing but suggest a new word for it. Nothing new here,
gravity is not the same word in every language. If you want to pretend that a natural force is a living creature, sure, but then pretty much everything, atoms, quarks, apples, everything can be defined as living. That is, also, just rewriting definitions, because it would just lead to another describing word for what we today consider living creatures.
Luck has nothing to do with it, we (humans) simply wouldn't exist in the first place if our environment wasn't shielded enough from what is dangerous to us. We could have existed as something else, of course. Darwin explained that pretty good.
Not sure if I agree with the uv-is-more-deadly theory. On earth, to us, sure, but in general it isn't that certain.
The uv-light gives you cancer, alright. But imagine living on the planet venus. You wouldn't have time worrying about the uv-light because the heat would burn you up. Everything here is relative to your set of DNA.
Cockroaches are not hurt by the radioactive radiation from nuclear bombs, but they might have other weaknesses. Also, I'm pretty sure somewhere there's a creature not vulnerable at all to uv-radiation. Saying heat is less dangerous is like saying horse milk tastes bad. For most people, it makes perfect sense, but to some it's nonsense.
Finally, heat might not mutate our cells, but on the other hand it can vaporize them. Have a mutated cell or no cell at all, both are pretty bad imo. :scratchchin:
It looks like Trogdor mated with Superman's logo and then rolled around in a vat of pee and hair.
as long as we're defining the limitThe intellectual potential of humanity, as it were, is unlimited.
Someone has studied a picture of the electromagnetic spectrum. :wave:i wasn't saying that infra-red (heat) is not dangerous. i'm jsut saying it's less "strong" or less "dangerous" than than a shorter wavelength like ultra violet or even worse gamma ray or the worst of all background radiation.
obviously infra-red (heat) is still dangerous. ever touched fire? burn ouch! not good! but let's go past infra-red (heat) to an even longer wavelength, microwaves like in a microwave. a microwave can't even burn u like infra-red (heat) like fire can. let's go to an even longer wavelength (the longest wavelength we know, as far as i know), radiowaves. radio waves can't hurt u at all, except to only a few body parts that are designed to detect radio waves like the ear (inner ear, coreculae ?) and your stomach (digestive tract). but this certainly won't kill u. now let's take x-rays (they have shorter wave lengths than UV but longer wavelengths than gamma rays). x-rays are very dangerous. that's why u have to wear lead vest because after a certain amount of exposure level it'll kill u. now let's take gamma rays (your nuclear bomb), that way worse than infra-red (fire) could ever be. now let's take the shortest wavelength that we know (as far as i know) background radiation ("space radiation"). see what happens if an astronaut doesn't have his space suit on and he is exposed to background radiation. instant death.
Don't tell me that their organs are too small to be hit by the radiation. Already at infrared light, the wavelength is down to µm, not many insects are that small. As for the cockroach to survive gamma rays, keep in mind that the wavelength of gamma rays is ~10^-10 m, which is about the diameter of an atom. Not many organs are built up by one single atom. :scratchchin:the theory why insects or bacteria or viruses can survive radiation better than humans is because their bodies and thus organs are smaller. this makes it harder for the radiation or maybe less room for the radiation to infiltrate and destroy (change) the organs, cells, dna. maybe it's akin to dilution level. it's been awhile so i can't exactly remember the theory behind it.
btw (by the way), a cochroach is no more resistant to radiation than any other insect. again, the theory is, it is because of the small size.
No problems, there have been heavy discussions on natural science topics before. It can't be worse than in-depth in any other subject.i don't wanna go into more detail, since it get's into more heavy physics that the general readers may not like.
But nobody asked you to describe that, we were talking aliens you know.i don't wanna explain about wave lengths and stuff...like how light can bend and why it can bend and why it can bend around some things better and some things not as much..etc... AM vs FM vs the new XM radio wavelengths and such... why the shorter wavelengths are more deadly...etc... take a physics class 101...![]()
Not quite right. I don't have any numbers saying how much energy you need to vaporize, or melt, say, a chunk of uranium. But resorting to google and wikipedia told me that uranium as a specific heat capacity of about 28 J/(mol*K), about one third of that of water.burnt or worse vamporized from fire/heat/infra-red: this is simply a physical change. your solid state to a liquid state if the heat-fire-infra-red melts u. or your solid state to a gas state if the fire-heat-infra-red vaporizes u. it doesn't take much energy to cause a physical change. it takes much more energy to cause a chemical change. a chemical change requires enough energy to break down the chemical bonds and/or re-form them differently. this takes more energy.
Any fire can burn through all your layers. (I didn't know we had three, but anyway) It's just a matter of how long you stay in the fire. On the other hand, you can't mix up fire with heat, as they are not the same thing.that's pretty weak when fire can only damage the outermost cell layer. not very powerful. of course there's different types of fires. some types of fires can burn all 3 skin layers (i think this is "3rd degree burns", the worst type).
Wrong. They can also cause cancer, just like uv.x-ray, gamma ray, background radiation don't slowly kill u with cancer that comes from UV, they instantly kill u, because your cells and dna are completely altered-mutated beyond being capable of maintaining a living breathing life form (like a human).
The energy is related to the wavelength through E=h*c/lambda, lambda being the wave length. Smaller wavelength means higher energy. Gamma rays are highly energetic compared to uv.it takes much less energy to destroy a person, it takes much more energy to destroy the smaller parts of a person like his cells or even his dna.
i don't even wanna try to think about what a gamma ray would do to u, if it had as much energy as that is needed for fire (infra-red or "heat") to be able to vaporize u.....it would be beyond sickening...
I still think the sun would be an even more deadly place to be. Warmer, still no oxygen to breathe, higher gravity, more radiation, everything. At the same time!!LorveN,
A bit OT, but venus is in Guenis World Records for being the deadliest place in the solar system! If you were to step out of a shuttle onto Venus, you would burn to death, suffocate, dissolve in the acidic atmosphere, and IIRC, get crushed or something...all simultaneously!
Saturn is just 1.5*10^9 km's away from the sun, and earth is about 1.5*10^8 km's from the sun on average. Just slightly above 10^9 km's then. But hey, don't worry, no need to bring fuel for the return trip, it's all there!As it turns out, one of the moons of Saturn is very interesting...IIRC, it is about the same size as Earth and I heard a bit on the news a long time ago about how it has some potential. Was it called Titan? I don't remember...
Anyway, it rains gasoline there! There are hydrocarbon chains there in liquid form. I'm sure it's a pretty freaking cold place to be though.
So, heh heh, I thought it would be funny if Bush heard about this and perked his ears up at the concept of it raining gasoline somewhere. He'd be like, you mean we wouldn't have to refine it? How far away is Titan anyway?
I saw a documentary about that too. It also said that the 'rain' there would go through any suit available to man. Good luck.As it turns out, one of the moons of Saturn is very interesting...IIRC, it is about the same size as Earth and I heard a bit on the news a long time ago about how it has some potential. Was it called Titan? I don't remember...
Anyway, it rains gasoline there! There are hydrocarbon chains there in liquid form. I'm sure it's a pretty freaking cold place to be though.
So, heh heh, I thought it would be funny if Bush heard about this and perked his ears up at the concept of it raining gasoline somewhere. He'd be like, you mean we wouldn't have to refine it? How far away is Titan anyway?