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Plus that organic matter in the future might be usefull to be collected for moon colonies farms. :twisted:
I think i combination of a bike and rickshaw could be quite usefull in mars, for varied types of jobs.
http://www.flickr.com/photos/skallabank … 9/sizes/o/
In the back spplies, passangers, raw materials and construction materials could be carried.
or they could be modified to carry a crew of three and a mounted machine gun for law keeping and defence purposes.
I placed this in the human missions because it was the best place for it.
I've just been flicking through the Outer Space Treaty. Don't get you're hopes up about living on Mars, it's banned under international treaty.
Article II
Outer space, including the moon and other celestial bodies, is not subject to national appropriation by claim of sovereignty, by means of use or occupation, or by any other means.Let's dissect that.
by means of use or occupation
Sorry, no habs or colonies.
So what, if a power has settled a sizable population and has enough fire power to defend it, it isnt theirs.
Thats nonesense.
Yes, its called a world house.
zhar2,
Unfortunately the world runs on money, conquest of material and political statements to secure the first two.
Thats what i basically said, and that there is a profit opportunity outhere.
obviously nasa wont build up nothing upthere.
But i agree with you on the terraformation, terraforming mars may be a waste of time as we can bild up structures and a viable economic base in mars without it (it may just be a hopefull dream, but lets hope not).
Martians (us humans basically , only indeginous there) might do it out of "civic" pride.
I have a question that someone on the forum may be able to answer.
In observing and further processing of the MOC photographic data, I have noticed Mars has millions of inhabitants by the varied types of arhitectural structures. There are many cities on the planet although a great many live in the country areas. In view of this observation they must have access to plenty of water and Oxygen.
My question is, if there is 95% CO2 in the atmosphere on Mars, are the inhabitants of the planet surviving by breathing in nearly pure CO2 or, is it that the facts that we have been provided with are not correct?
Zydar
Excuse me, are you for real?
Well lets just agree to disagree
But i would say that the main reason that humans have not moved to the antartic are becouse it has been denominated as a preservation zone and political neutral zone, but otherwise there have been plans to colonize antartica, its not becouse we cant or dont want to but becouse we are not allowed to.
About the mall and outdoors thing, in asteroids or the moon why would you make the colony in a way that you have to go outdoors from building to building if you can build corridors?, i those types of colonies there wouldnt be Outdoors living, all will be indoors and interconnected.
The moon mining problem is due to the lack of infrastructure, but there is a threshold of infratructure and production needed to make the capital return worth it, and that can be achived and thereby making the moon or whetever areteroid economically viable.
The problem is that you are thinking of small colonies, think of larger colonies designed in a less "ethical" (think weyland-yutani corp) manner and designed to use the most of manual labour (stick an inflatable tend on the moon, supplies to make the colony self sustainable and you can even make people with a pickaxe and a cheap protection suit mine the moon without special equipment besides a general life support for the tent and the mass driver facilities, i can draw diagrams if you want), cheap labour may come if you present the mine as a penal colony or hire cheap labour from disadvantaged backgrounds or third world countries.
I mean just think on the production and infrastructure threshold plus on how to reduce production cost to their minumun and you can make any rock in space profitable.
About communication, if colonies with a settlement or economic purpose are to be distributed across the system communication will be needed even if its slower than earth base communications and asteroids and moons will need some sort of relay and will be relays to other colonies.
An example of mining "moon" gold:
With approximations to costs, it wil takes 200,000 dollars to send a human into space in the next few years if not decades, but lets say it may take 400,000 to send a human to the moon.
to send lets say 120 employees to the moon it would take 48,000,000
And with near future costs of sending one kilo into space being 3,000 dollars, and lets say 70 tons of equipment, shelter and life support are needed the cost will be: 190,509,000
if you choose employees from one of the low end african nations it could cost you 300 dollars a year in salaries, in total: 36,000 dollars.
total rough costs: 238,545,000 dollars
1 kilo of 24 carats gold price now is 30,330, it would take about 9 tons of gold to brake even.
Ofcourse this figures may be optimistic but with future advances and better infratructure costs would drop significantly making mining the moon viable and other places in the system.
Well i was thinking that the edges of the membrane might be atached to a supporting frame dugged into a trench a few metters deep (about 3 or ontop of a bed rock) at the craters rim, then the trench could be filled with concrete or some type of cement made from martian soil.
After the concrete is set the space bellow would be filled with earth like air (about 2/3 sea level pressure or less), the pressure difference will help support the membrane in the long run, mean while an electrostaric mesh/grid is placed above the membrane and connected to a power supply (reduce radiation) which would consist of two layers of small sphere or circular pattern cables, one layer is positive and the other negative.
The membrane it self would need to be made of a kevlar like material with an embeded reflective aluminum strip radial patter, with a cross section like this \ \ \ \, to help light pass through but less radiation.
I will make a diagram about the whole thing.
Id love to live there, depending on the social nature of the colony its purpose.
the reason why might be economic interest, freedom (and this is a big one, why follow rules from earth governments, martian governments or even moon governments when you can take your followers to another moon, asteroid or whetever where you can make your own rules and life as you or your people intended) and becouse with new tech like basic nanotech (more for refining than manofacture) and fabber tech a large industrial base might become obsolete and people could beging the DIY colonization strategy (obviously not right now).
And IMO no place is useless, the moon IMO has more than scientific potential, a new nation or corporate state coould build a sizeable population there mining resources, manufacturing and from transport and comunications to the solar systems, other places like jupiters moons have even better potential as they have reasource rich ices and asteroids plus Callisto, europa and ganimede have subsurfac oceans when genetic engineered life resistant to wherever conditions on those oceans could be seeded to produce food and biomass for local comsuption and export.
Well here are some pics:
This one shows the membrane to conatain its atmosphere (although i still gotta work out the seal at the edges, below the terraces, tree farm and water tanks can be seen.
But its not any old material, it has to be nuclear material.
IMHO even if we find a earth like planet within 20 light years or so the huge interstellar distances are far to large for humans in the near future to concider colonizing that planet, humans will most likely in the next few centuries try to exploit and settle the solar system till nearlly all available territory and bodies are inhabited or claimed by future polities or groups, and the solar sytem is large enough to accomodate hundred of billions of humans and thousands of polities if not more, when the system is more civilizised and has a better space infrastructure and technology humans might would beging to colonise nearby systems.
Mars being the most earthlike and habitable planet besides earth in the system will be up for grabs and terraformation wil surely be carried out in the next few centuries, but maybe not to a complete extent, humans could modify (cyborgs and/or genetic engineering) them selfs to survive in a partialy terraformed mars.
But on the other hand, terraforming mars may not be neccesary as humans can live in artificial enviroments, for example all a ster needs to be worth colonizing and settling is a asteroid belt and ices, or even a gas giant.
I never fully understood the movie, too me it sems like it all was a figment of his imagination that had moments where it seem like reality becouse of coincidences.
This is a texture of a terraformed mars i made as i would see it, its originally made for celestia but it works as a map in a way.
hope you'll like it:
Something else, you seem to suggest various ways to "improve" designs but you give no evidence if your suggestions are feasible.
For example, in your "How to design a lighter orion" you talk of cutting bits and repshaping the capsule, but you do not give considerations why its already ike that (those things include aerodinamics, material strenght and weight, and inernal architecture to provide overall intergrity), plus you go around making assumptions on the aerodinamics of re-entry for various capsules, and a complete lack of numbers (including the calculations) and if you do provide numbers you dont provide support for them.
Something else too, your web pages text style feel as if it where screaming right at you, Oh and VeryEasyEuro is a terrible url name ad if i were you i would have droped the very (although the whole name feels like a con-website, i wonder how many people have contacted you about buying it).
Gaining a little altitude again makes little difference, since orbital flight is all about speed, speed, and more speed. Almost immediately after launch, most rockets flatten their ascent until it is almost horizontal in order to gain speed. Altitude is just to get out of the drag of the atmosphere, but in a cyclone the air is still quite thick.
Assuming you could get controlled ascent in one, which I highly doubt.
Well actually people do fly into cyclones for various purposes, so with the aid of a AI system it might be possible.
Well not on demand but there are many powerfull ones a year round near the tropics.
I think ion drives have overall low trusth ration (although high thrust speeds) to work within earth, but if you where using it as an analogy to how hopeless this thought was well all i can say is "it was a wild though and i wanted to know if it had a slim chance"
I had today a sort of odd idea, im not sure if it could work so i wanted to put it across for opinions.
My thought was that a sort of modified space plane could be used to glide the low pressure near he eye of a cyclone upwards, then when the plane has reached the limmit of the cyclone it then would fire its rockets to help it clear the remaining distance.
A method like it could reduce the fuel needed.
So do you think its feasible?
Gaetanomarono circa >1000BC: Hey, early man, putting the animal in the front of the cart (instead of the side) was my idea!!!
Gaetanomarono circa 1900AD: Hey Wright Brothers, putting a propeller on a flying wing was my idea!!!
Gaetanomarono circa 1930's: Hey Robart Goddard, putting the second stage on TOP of the first was MY IDEA!!!11!1
Gaetano, one of the reasons that nobody respects you is that you take credit for simple or obvious ideas, and loudly insist that you be given praise for it or defend them with intellectually dishonest prattle. Thus, spam.
Spammer.
I concur, you cant accuse goggle of plaigerizing your ideas specially if its as said above very simple, also if they were to "recognise" that it was your idea what do you want?, money or just recognition.
And in future i would recomend to protect your ideas or get them across in a safe maner if you think that they "stole" your idea.
And wow your advertising costs are way too high mate.
Well yes, but all it does its transport heat from the core outwards into space, reducing over time the over all energy contained in there, but at those pressures and current heat you could chuck loads of nuclear material which would help increase the temperature (thats the only way by putting more "rock" as i see it).
I've got a small hunch that Earth's having plate tectonics and a global magnetic field have something to do with having such a huge moon. I'm no expert about this, but Venus and Mars don't have either of these for some reason.
Thats true, a moon build into a stable mars orbit would create tidal stresses, and those interactions should help melt the martian core, maybe by moving material from the asteroid belt (although if i reecal correctly theres only about an 8th of the moons mass there, so we would need material from somewhere else), this might be easier and quicker that trying to mess with the core directly (but again i remember watching a program on quark gluon plasma wich could be produced and pumped via a borehole towards the core although im not sure)
first answer, adding more rock to the core shoulndt increase its energy stores, as the enery contained within bodies like earth are remenants of the energy when they formed (or from fissionable material, adding uranium like hell to the core might help reheat it.
Second answer: yes volcanic ougassing wil help replenish the martian atmosphere but not quickly enough for human time scales
Well on the war on iraq, it could be said to have fullfiled its purpose, not to bring democracy or weapons of mass destruction becouse that was a charade, but it has secured oil supplies for the future in a more (in the future) stable nation without any risk of the supply being cut off.
im sorry, some times i can be quite thick.
(by the way, nice stuff you got there (red oasis))