they move slowly because they do not move in sublight to their destinations. Soo, your ships of the future are slower than our current ships? Copyright © ScienceForums.Net I won't get into all the tech stuff in the series but we can do these things by year 2200 or up. they never just pull on the throttle and step on the gas. But if you have something else to hold it together it is more like a fusion reactor than a sun. I am pretty sure that this has been done, but two topics are better than one, are they not? sun turned into red giant as i mentioned and earth was destroyed and its 7 billion people evacuated to other star systems. And it will help me with a science fiction series I am writing. What you have for speed for space ships is acceleration, and fuel is measured in how long each pound of fuel can provide a pound of thrust. It supports opaque haze layers that block most visible light from the Sun and other sources and renders Titan's surface features obscure. The orange color as seen from space must be produced by other more complex chemicals in small quantities, possibly, The hydrocarbons are thought to form in Titan's upper atmosphere in reactions resulting from the breakup of methane by the Sun's, , although studies in 2008 showed that Titan retains remnants of Saturn's magnetic field on the brief occasions when it passes outside. Yes that could work but the plan is to do it fast within the span of 15 years. I wonder if this could be possible by somehow removing the electrons from the molecules using electromagnetic current, laser energy, or something like that. You'd need centuries to do it cheaply. Well i surely don't know, but the stars in the ships are only 2 meters diameter they're not "stars" they just look like them. Not a problem since the enemies shields only stopped energy and projectile/missile tech was effective. It would still probably take centuries, but feel free to calculate how much energy would be needed. Titan receives about 1% of Earth’s sunlight. What you have for speed for space ships is acceleration, and fuel is measured in how long each pound of fuel can provide a pound of thrust. , traveling that distance would take 59 years at 80 m/s. We really needed to make a name for ourselves in the galactic community. the speed of the ship in this sense is meaningless as well as the ministar. Titan’s dense, hydrocarbon rich atmosphere remains a focal point of scientific research. A little fuel can heat a large amount of stuff, but to get the oxygen back you have to "unburn" something, and to do that you need to add the same amount of energy you get from burning back to the molecule (ie, the same amount of energy that could warm a large amount of stuff is needed to regain a little bit of oxygen), which usually also requires something to make the reaction go that direction since things don't naturally "unburn". doberman211, February 25, 2011 in Astronomy and Cosmology. think scifi. It seems like just a big ball of methane, which if thats the case, we need very large quantities of materials from Earth such as oxygen and nitrogen to live there. Given that the earth-sun distance is 1 Astronomical Unit = 149 598 000 000 meters, traveling that distance would take 59 years at 80 m/s. Mars itself had to be teleported away with a planet sized stargate. it isnt a question of if to terraform it its how to terraform it. It sounds more feasible as a raw material source for the ship than a part of some terraforming plan. Of course a given speed is rather meaningless in space because it has to be relative to something, and considering the speed the earth is moving that would be tiny. Assuming the CO2 would rise, you could have a top level of ice-caves devoted to hydroponic gardening and subsequent levels for other purposes below that. However, maybe if you have fusion reactors you could build a lot of those to provide energy to electrolyze the water for oxygen, and provide the heating as well. Not worth the effort. Either way, all i want is input on how to terraform it the most scientifically valid way within the span of 20-30 years at most. i just felt like mentioning them. im out of my league on this one. Sign up for a new account in our community. The problem will probably be more the lack of oxygen than the temperature. I also don't want to rip off ringworld or as most people nowadays know it as "Halo" -.- I'm already pushing it i think with Stargates and ZAP (warp) drives. What does Titan have that asteroids and starships don't? Oxygen in the subsurface slush? The process would presumably involve the rehabilitation of the planet's extant climate, atmosphere, and surface through a variety of resource-intensive initiatives, and the installation of a novel e I mean, look at the issues: 1. But if you have something else to hold it together it is more like a fusion reactor than a sun. Like maybe in its crust? And, if all of Titan's ice were melted, it would become an ocean planet 1700 km deep, or over 1,000 miles deep, making the establishment of fixed, permanent structures a challenge. it's what powers the ships. Another thing important i should have mentioned as part of my series, but i wanted to keep it theoretical, but the antagonist race in the series had "jumped" a red dwarf into the sun and caused it to go red giant. And I've never heard of "nearly pure titanium asteroids". Alternately, the methane could be collected into storage tanks before making the oxygen. I was planning on having a greenhouse effect. The ships in this series run about as fast as any scifi ship out there and the more massive the slower. The Mercury Mine is just a source of trade income with the other races in the galaxy as well as materials for ships. Burning unburning, sheesh, so much work. One idea I had was to launch a small moon such as Hyperion into Titan to cause an explosion with enough heat to ignite one liquid methane "ocean" preferably Ligeia Mare and cause a greenhouse effect enough to have a chain reaction with the other lakes and so on eventually heating the planet above or near 0 Celsius, enough to melt the rock-solid water and create a water world. However, SF6 poses two main problems. Considering the methane concentrations, the dust won't block any more infrared light than is already being blocked by the methane, so its only noticeable effect would be to block sunlight.

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