A Quote by Fred Hoyle

The seemingly insuperable difficulties of deep-space travel suggest an intention to keep us fixed at home in our own solar system, and the physical nature of our part of the Universe, as well as the basic rules of physics and chemistry, have a warning look about them, like barriers designed to isolate intelligent life. This means that for us, unlike the situation for humble microorganisms, deep-space travel is probably a stark impossibility.
The freedom of an individual depends upon that individual's freedom to alter his considerations of space, energy, time and life and his roles in it. If he cannot change his mind about these, he is then fixed and enslaved amidst barriers such as those of the physical universe, and barriers of his own creation. Man thus is seen to be enslaved by barriers of his own creation. He creates these barriers himself, or by agreeing with things which hold these barriers to be actual.
The future is about wings and wheels and new forms of space transportation, along with our deep-space ambition to set foot on another world in our solar system: Mars. I firmly believe we will establish permanence on that planet. And in reaching for that goal, we can cultivate commercial development of the moon, the asteroid belt, the Red Planet itself and beyond.
There are three reasons, . . . apart from scientific considerations, mankind needs to travel in space. The first . . . is garbage disposal; we need to transfer industrial processes into space so that the earth may remain a green and pleasant place for our grandchildren to live in. The second . . . to escape material impoverishment: the resources of this planet are finite, and we shall not forego forever the abundance of solar energy and minerals and living space that are spread out all around us. The third . . . our spiritual need for an open frontier.
No one planet can tell us everything about the universe, but Neptune seems to hold more than its share of information about the formation of our own solar system - as well as the solar systems beyond.
We have one planet in our solar system that's habitable, and that's the Earth, and space travel can transform things back here for the better. First of all, by just having people go to space and look back on this fragile planet we live on. People have come back transformed and have done fantastic things.
Small objects, like the Walkman first and then the iPod, create bubbles of space around us that enable us to have a metaphysical space that is much bigger than our physical space.
Space travel is a dream for many men and women. I think my trip will be perceived differently by different genders because for women, a lot of time, not only space travel, it's not accessible to everyone, but is even less accessible to women, there are a lot more barriers for them especially if they live in countries where things like space travel, engineering, any science and technology-related field would be considered a more male-dominated field. And so I want to show them that there is nothing preventing woman, or making them less qualified to be involved in any of these fields.
I think that it's good for us to be able to travel in space and do research in space, and I emphasize the research, because space travel to me is far more than just seeing how far we can go.
Unlike some of the time-travel movies I love, like 'Primer' or '12 Monkeys,' 'Looper' is not about time travel. It's about this situation that time travel creates and the people dealing with that situation. So narratively, the big challenge was to have time travel get out of the way.
You mean old books?" "Stories written before space travel but about space travel." "How could there have been stories about space travel before --" "The writers," Pris said, "made it up.
When I was a kid, I was a bit of a space geek. I loved the space program and all things NASA. I would read books about our solar system; I had pictures of the Space Shuttle on my bedroom wall. And yes, I even went to Space Camp.
At the moment I'm doing this space movie, so I'm obsessed with physics and space travel. I know three months down the line it's gone. Then I'll be able to superficially say stuff about space.
We're using the space station as a test bed for some of the technologies that are going to enable us to work autonomously in space and hit some of our deep-space exploration goals.
We travel because, no matter how comfortable we are at home, there's a part of us that wants - that needs - to see new vistas, take new tours, obtain new entrees, introduce new bacteria into our intestinal tracts, learn new words for "transfusion," and have all the other travel adventures that make us want to French-kiss our doormats when we finally get home.
We may have a tacit understanding of how our solar system works, but watching the sun disappear behind the moon reminds us of the vastness of space and the enduring mysteries of the universe we inhabit.
In the original 'Star Trek' TV series, space stations served as deep-space research laboratories, as well as rendezvous points where starships could dock before exploring the unknown. When we were envisioning our own space station, the applications were similar.
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