The next century will look pretty much like this one, only with more wind generators and electric cars. It'll be a bit warmer too.
Civilian test pilots (military one's too) are usually engineers. And civilian test pilot normally get first crack at military aircraft.And on top of that, apparently Cochrane was always going to be piloting the thing, even before the Borg attack -- and in real life, engineers simply do not double as test pilots.
It's ridiculous that the Phoenix would be considered a FTL war machine. However if the "Eastern Coalition" were also building a FTL ship of their own, then Lily's supposition about who was attacking them could have been based upon that, and also from Cochrane's statement, the Econ might have attacked Cockrane's project years before.
A nuclear war a half century from now wouldn't automatically involve America. Although there would likely be a economic drop , maybe a depression, if other nations were in such a war. Neither of the previous world wars actual involved the entire world. In a strange turn of events, the war might have created millionaires/billionaires all over the Earth. The war was after all about a decade in the past. The post atomic horror spoken of the TNG pilot easily could have existed only in certain areas, but not the majority of the planet.I suppose his intended market might have been "the unaccountably wealthy who still exist After The Rain, and who want to leave Earth." There's definitely room for interpretation, although it'd have been nice if they'd explained how one expects to make money from an expensive high-technology item in a post-nuclear armageddon economy.
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Such a very amazing link!The 22nd century
http://www.futuretimeline.net/22ndcentury/2100-2149.htm
Continued environmental destruction, rapid growth of transhumanism, and major developments in space travel all mark the 22nd century. Practically all the world's energy comes from either fusion or renewable sources now. Global warming shows no signs of abating however, due to positive feedback loops that were triggered in previous decades.
Artificial intelligence - having begun to merge with human intelligence in the previous century - now surpasses it, reaching whole new levels of cognitive and intellectual capability. Though lacking the raw emotions and subtle traits of organic human minds, the sheer depth and power of AI begins to profoundly transform the course of history. High-level decisions by governments and corporations now come directly from these sentient machines. There are vast swathes of virtual employees everywhere, and heavily automated systems in every industry. All of this makes for vastly improved speed, efficiency and productivity.
Science advances so rapidly that it would exceed the comprehension of 20th century observers. The most significant developments are in quantum physics - but wholly new fields also emerge that were completely untapped in previous decades. Femto-scale engineering is among the many practical applications resulting from all this.
Developments in space during this time include numerous permanent, manned settlements on the Moon and Mars; regular manned trips to the gas giants; the first asteroid mining operations; and the first probes to Alpha Centauri. Space tourism booms during this period, with trips to the Moon's surface becoming relatively commonplace for ordinary citizens.
My grandmother was born in 1908 and died in 2003. I don't know if she was ever held by a Civil War veteran as a child, but since the war was only 48 years ago, there is a fair chance that she was.
I say this because hopefully your children and grandchildren can see the year 2101 and know you. Long before 2101 no one will remember me and my grave will be overtured to build a shyscraper for the rich.
I and my wife have never concieved in nine years. This makes me very sad. She has a child already which I am happy about. If he has a child now, he has about a 5% to make the 22nd Century as a very old person.
What will the 22nd Century? I doubt we will venture far in space. The World will be overpopulated unless there was a worldwide war. If there was a worldwide war, it was nuclear, and no, there is no Vulcans willing to save us.
With you lucky to procreate, do you really see a future for your children beyond that you reproduced yourselves. What is it like to see your child and see it 1/2 you and 1/2 your mate. Will it be like her? Like him? No one, everyi=one, what?
^Yes, lets try to fix the flat tire on the car without getting out of it first.
Such a very amazing link!The 22nd century
http://www.futuretimeline.net/22ndcentury/2100-2149.htm
Continued environmental destruction, rapid growth of transhumanism, and major developments in space travel all mark the 22nd century. Practically all the world's energy comes from either fusion or renewable sources now. Global warming shows no signs of abating however, due to positive feedback loops that were triggered in previous decades.
Artificial intelligence - having begun to merge with human intelligence in the previous century - now surpasses it, reaching whole new levels of cognitive and intellectual capability. Though lacking the raw emotions and subtle traits of organic human minds, the sheer depth and power of AI begins to profoundly transform the course of history. High-level decisions by governments and corporations now come directly from these sentient machines. There are vast swathes of virtual employees everywhere, and heavily automated systems in every industry. All of this makes for vastly improved speed, efficiency and productivity.
Science advances so rapidly that it would exceed the comprehension of 20th century observers. The most significant developments are in quantum physics - but wholly new fields also emerge that were completely untapped in previous decades. Femto-scale engineering is among the many practical applications resulting from all this.
Developments in space during this time include numerous permanent, manned settlements on the Moon and Mars; regular manned trips to the gas giants; the first asteroid mining operations; and the first probes to Alpha Centauri. Space tourism booms during this period, with trips to the Moon's surface becoming relatively commonplace for ordinary citizens.
Thanks you for the post.
Better not tell that to the scientists in your first point. Pretty sure they are not working for free.Humans don't want to give there money to the research of fusion or permanent space base tech.
Um, what!?! NASA isn't trying to creat an anti-gravity device. They never have been. It's not needed for a base on the moon or to get there. Solar radiation is easy to protect your self from, you can use water, moon regolith, or magnetic fields. Take your choice.but they still haven't been able to find a true anti-gravity device
Better not tell that to the scientists in your first point. Pretty sure they are not working for free.Humans don't want to give there money to the research of fusion or permanent space base tech.
Um, what!?! NASA isn't trying to creat an anti-gravity device. They never have been. It's not needed for a base on the moon or to get there. Solar radiation is easy to protect your self from, you can use water, moon regolith, or magnetic fields. Take your choice.but they still haven't been able to find a true anti-gravity device
Mars Rising was outdated and short on the facts when it aired. You should not rely on it as your sole source of information.
Yes, space travel is expensive now, but the future will improve on that. Try reading up on Elon Musk and SpaceX to start. And never base what we will be able to do 100 years from now with what we can do today. Hell, just over 100 years ago most people thought powered flight would never be useful/economical.
Um, Planetary Society . Yes, not everyone is giving all of their hard earned money to space exploration, but don't assume that means no one is spending money on space.1. What i meant by humans don't want to give there money to science, they obviously give tax and some give donation, but as a whole, people care mostly about themselves.
No, that's not anti-gravity. That's artificial gravity, and NO, NASA is not working on either one. The physics aren't there. What NASA is working on is using either A) centripetal force (easy to do, just spin the ship) or B) if the engine technology gets there, constant acceleration to simulate the effects of gravity.2. Do to the fact that astronauts traveling through space or in orbit experience zero-gravity, which cause bone loss, muscle loss, and even possible cancer, traveling to mars from earth and back, chances are they will get some ill affects due to the long exposure to zero-gravity. So yes NASA is trying to develop a anti-gravity device for space travel.
TV shows take time to get made, between the time Mars Rising went into production and the time it was finished, yes, the information was outdated. Also, please see the charts on this page. NASA had a minor budget cut in 2007 but received budget increases in 08 and 09. There was no "big budget cut".3. It wouldn't have made much sense to make mars rising if it was outdated, so up to that point it was pretty close to what they had in mind then. Like i said due to that fact that soon after the airing of mars rising USA economy suffered, and NASA had a big budget cut, so that point of it being relatively up to date still stands.
The only one who is complaining is you. The ISS is in low earth orbit and still within the protective cover of the Earth's Magnetic field. It doesn't need anymore radiation shielding. Radiation shielding IS easy, when needed. Magnetic shield, other materials .4. If Solar radiation was so easy to block, than no-one would have come-out and complained of it even to this day. Plus, the ISS doesn't have any of those little improvements you just said. actually Its ten times easier said than done.
The entire auto industry is doing poorly. Musk can't control that. You also can't judge Launch costs by what it take NASA to do it. They are not a profit oriented organization and are known for poor spending habits. SpaceX on the other hand has managed in less time and 1/10th the money to do what NASA couldn't. Develop and launch an entirely new launch vehicle. SpaceX has plans to make at least the first stage reusable and hopes to make the second stage reusable. Even if neither of these pans out, they will still have the cheapest launcher on the market and will see economies of scale lower their costs even more as they sell more launch services.5. I can base how 90 years from now would be by judging just how we do things to this day. While your comment of no-body thought flight would be possible or economical, is true. Its a bit different. I mean someone developed an electrical car in the early 90's. yet to this day were still having trouble developing a economical one.
6. your comment about reading Elon Musk and SpaceX, well i have and not impressed. space x for instance: Space Exploration Technologies Corp. is developing a family of launch vehicles and spacecraft that will increase reliability and performance of space transportation, while ultimately reducing costs by a factor of ten. Factor of ten doesn't come down to much when a regular NASA launch costs 100 of millions of dollars. you ever heard of 40,000 for a hammer than you can buy for 5$ at a store. Great it cost less to put up a satellite, but this company isn't invisible to a slowly recovering economy.
Tesla Motors posted higher losses for the second quarter during its earnings announcement today. so he can't control one company from falling.
The next century will look pretty much like this one, only with more wind generators and electric cars. It'll be a bit warmer too.
'with more wind generators and electric cars'. Really?
We have had those technologies now for decades, the first electric cars were made in the 1920's(don't believe me look it up)
The reason why we didn't go along with them is the same reason why we don't use them now. Money, its all about money, just like its more expensive to buy healthy foods. Its more expansive to build a luxury electric car than it would be to make a gas eater.
Wind mills aren't more expansive to build, they just take up more land than a power plant, and don't offer that many jobs.
Like I have said before I would love to see your future, but at the rate at which we move (and were number 1) its not looking good.
Um, Planetary Society . Yes, not everyone is giving all of their hard earned money to space exploration, but don't assume that means no one is spending money on space.1. What i meant by humans don't want to give there money to science, they obviously give tax and some give donation, but as a whole, people care mostly about themselves.No, that's not anti-gravity. That's artificial gravity, and NO, NASA is not working on either one. The physics aren't there. What NASA is working on is using either A) centripetal force (easy to do, just spin the ship) or B) if the engine technology gets there, constant acceleration to simulate the effects of gravity.TV shows take time to get made, between the time Mars Rising went into production and the time it was finished, yes, the information was outdated. Also, please see the charts on this page. NASA had a minor budget cut in 2007 but received budget increases in 08 and 09. There was no "big budget cut".2. Do to the fact that astronauts traveling through space or in orbit experience zero-gravity, which cause bone loss, muscle loss, and even possible cancer, traveling to mars from earth and back, chances are they will get some ill affects due to the long exposure to zero-gravity. So yes NASA is trying to develop a anti-gravity device for space travel.The only one who is complaining is you. The ISS is in low earth orbit and still within the protective cover of the Earth's Magnetic field. It doesn't need anymore radiation shielding. Radiation shielding IS easy, when needed. Magnetic shield, other materials .4. If Solar radiation was so easy to block, than no-one would have come-out and complained of it even to this day. Plus, the ISS doesn't have any of those little improvements you just said. actually Its ten times easier said than done.The entire auto industry is doing poorly. Musk can't control that. You also can't judge Launch costs by what it take NASA to do it. They are not a profit oriented organization and are known for poor spending habits. SpaceX on the other hand has managed in less time and 1/10th the money to do what NASA couldn't. Develop and launch an entirely new launch vehicle. SpaceX has plans to make at least the first stage reusable and hopes to make the second stage reusable. Even if neither of these pans out, they will still have the cheapest launcher on the market and will see economies of scale lower their costs even more as they sell more launch services.5. I can base how 90 years from now would be by judging just how we do things to this day. While your comment of no-body thought flight would be possible or economical, is true. Its a bit different. I mean someone developed an electrical car in the early 90's. yet to this day were still having trouble developing a economical one.
6. your comment about reading Elon Musk and SpaceX, well i have and not impressed. space x for instance: Space Exploration Technologies Corp. is developing a family of launch vehicles and spacecraft that will increase reliability and performance of space transportation, while ultimately reducing costs by a factor of ten. Factor of ten doesn't come down to much when a regular NASA launch costs 100 of millions of dollars. you ever heard of 40,000 for a hammer than you can buy for 5$ at a store. Great it cost less to put up a satellite, but this company isn't invisible to a slowly recovering economy.
Tesla Motors posted higher losses for the second quarter during its earnings announcement today. so he can't control one company from falling.
yes, some things are expensive, but costs fall. Hell, the first automobiles cost more than houses. (some still do). And like you said, the economy is recovering.
The next century will look pretty much like this one, only with more wind generators and electric cars. It'll be a bit warmer too.
'with more wind generators and electric cars'. Really?
We have had those technologies now for decades, the first electric cars were made in the 1920's(don't believe me look it up)
The reason why we didn't go along with them is the same reason why we don't use them now. Money, its all about money, just like its more expensive to buy healthy foods. Its more expansive to build a luxury electric car than it would be to make a gas eater.
Wind mills aren't more expansive to build, they just take up more land than a power plant, and don't offer that many jobs.
Like I have said before I would love to see your future, but at the rate at which we move (and were number 1) its not looking good.
It's all about economics and economy of scale. The more expensive fossil fuels become, and they are becoming very expensive, the more people will look for alternatives. Once the demand for alternatively powered cars outstrips the demand for fossil fuelled ones, the latter will become the luxury instead of the other way round. It's not rocket surgery. The UK is becoming surrounded by offshore wind generators. It's becoming a sort of world leader but other nations will quickly catch up.
Nope, sorry, you need to cite some evidence at this point. NASA is not doing artificial gravity research.OK I messed up with the anti-gravity, i realized that. I did mean Artificial gravity. And yes, i know you have had a career in technology, but trust me NASA is trying to work on a method of Artificial gravity
Number of launches is not a basis for judging cost effectiveness., yes they know about spinning the ship, but they still are trying to come up with a different means of artificial gravity. Constant acceleration is a good idea, but NASA nor any other space agency have not began to finds a true means of that, that wont take someone bringing tons a fuel along. Yes you can use Ion engine, Nuclear propulsion. The technology is there, but still it requires adding the extra weight of fuel. NASA has never liked the term extra weight.
yes there is a scientific community that gives money to both space programs like NASA and private organizations like your Space X. But in order for more organizations like Space X to expand and test, and could very well be the leading force in the future that gets us up there. need more money, because if the economy does fail in the US(if it fails here it fill fail everywhere), then people are not going to be giving anything or little if they do.
I can judge on what launches cost by what NASA does, because besides Russia it is the leading force in space.
Space X has less than 1000 employees totalSpace X, may not be all about profits, but they still need to pay the thousands of workers they hire in each state they are based.
SpaceX was started barely 10 years ago and has gotten remarkably far in that stretch of time. Elon Musk has repeatedly said in interviews that he started Space X so he could eventually put people on Mars. Launching satellites is just a way to pay the bills.While they have created new space vehicles, they are more into launching satellites for companies than taking over the building of a moon base, if they are that good as you say they would have done it by now.
That's stray radiation such as Gamma rays. It causes astronauts to see "sparks of light" when they close their eyes from the radiation hitting the optic nerve. If it were a problem something would be done about it. So, wrong again.Solar radiation just doesn't come from our sun, while the ISS is in low orbit that doesn't exactly mean it protected 100%. The Russian space station is also in low orbit, but if you read the reports astronauts said all they had to do was close their eyes and they could see the solar radiation. Look it up.
None of those need that radiation shielding and as you said, extra weight is the enemy when it comes to space travel. When a mission is started that actually needs radiation shielding you can be damn well sure it will have it. The shuttle doesn't need it, ISS doesn't, Soyuz doesn't, Falcon/Dragon doesn't. So just drop it.So yes NASA is trying to work out that problem. Like i said easier said than done. Just because someone comes up with the idea doesn't mean that is the end of it. Yes I read up on all the ways of blocking it while in school, but if it was as easy as you put it, guess what the ISS would have, guess what the shuttles would have, guess what your Space X would have in there new rockets.
Nope, sorry, you need to cite some evidence at this point. NASA is not doing artificial gravity research.OK I messed up with the anti-gravity, i realized that. I did mean Artificial gravity. And yes, i know you have had a career in technology, but trust me NASA is trying to work on a method of Artificial gravityNumber of launches is not a basis for judging cost effectiveness.Space X has less than 1000 employees totalSpaceX was started barely 10 years ago and has gotten remarkably far in that stretch of time. Elon Musk has repeatedly said in interviews that he started Space X so he could eventually put people on Mars. Launching satellites is just a way to pay the bills., yes they know about spinning the ship, but they still are trying to come up with a different means of artificial gravity. Constant acceleration is a good idea, but NASA nor any other space agency have not began to finds a true means of that, that wont take someone bringing tons a fuel along. Yes you can use Ion engine, Nuclear propulsion. The technology is there, but still it requires adding the extra weight of fuel. NASA has never liked the term extra weight.
yes there is a scientific community that gives money to both space programs like NASA and private organizations like your Space X. But in order for more organizations like Space X to expand and test, and could very well be the leading force in the future that gets us up there. need more money, because if the economy does fail in the US(if it fails here it fill fail everywhere), then people are not going to be giving anything or little if they do.
I can judge on what launches cost by what NASA does, because besides Russia it is the leading force in space.That's stray radiation such as Gamma rays. It causes astronauts to see "sparks of light" when they close their eyes from the radiation hitting the optic nerve. If it were a problem something would be done about it. So, wrong again.Solar radiation just doesn't come from our sun, while the ISS is in low orbit that doesn't exactly mean it protected 100%. The Russian space station is also in low orbit, but if you read the reports astronauts said all they had to do was close their eyes and they could see the solar radiation. Look it up.None of those need that radiation shielding and as you said, extra weight is the enemy when it comes to space travel. When a mission is started that actually needs radiation shielding you can be damn well sure it will have it. The shuttle doesn't need it, ISS doesn't, Soyuz doesn't, Falcon/Dragon doesn't. So just drop it.So yes NASA is trying to work out that problem. Like i said easier said than done. Just because someone comes up with the idea doesn't mean that is the end of it. Yes I read up on all the ways of blocking it while in school, but if it was as easy as you put it, guess what the ISS would have, guess what the shuttles would have, guess what your Space X would have in there new rockets.
Please, you are thinking, which is good, but you need to do more research. Try reading the forums on Nasaspaceflight.com
http://forum.nasaspaceflight.com/
It's where the real space engineers hang out and talk about what can and can't be done.
Your education comment is based on just your experience. There are alot of good schools in the world.
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