2006-04-30, 15:08 | Link #201 | |||||
Translator / iitran
Join Date: Dec 2005
Location: Standing right BEHINDYOUOHGODOHGOD!
Age: 59
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Never mind. |
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2006-04-30, 15:49 | Link #203 | |
Senior Member
Join Date: Jul 2004
Age: 43
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Itou Noiji (the illustrator) is female. Tanigawa Nagaru has worked on a lot of seinen novels. His works can be seen here: http://forums.animesuki.com/showpost...8&postcount=83
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2006-04-30, 19:56 | Link #205 | |
Lore Hunter
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2006-04-30, 22:36 | Link #206 |
Junior Member
Join Date: Apr 2006
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the basic idea of anthropic principle is that the world was created precisely ideal for carbon-based organisms to evolve into advance beings.
"the world is created so that we are also created" i think that's what it means? =X that's why there's no way light bends, people able to float, or sudden regeneration or transformation, because that way it will cause chaos in the world and the theories/laws established will be pointless. That is, until humans accept it. Then the world will shift to that position, and we'll continue? i have NO idea what i jsut said....?_? |
2006-04-30, 23:52 | Link #208 | ||
Haruhiism Worshipper
Join Date: Feb 2006
Age: 39
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But maybe a better way to look at it is "The world/universe exists because humans exist. If humans did not exist, then the world/universe as we know it would cease to exist." Quote:
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2006-05-01, 00:08 | Link #209 | ||
Lore Hunter
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Take your pick on the explanation to explain the same phenomenon ^^ Quote:
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2006-05-01, 00:17 | Link #210 | |
Haruhiism Worshipper
Join Date: Feb 2006
Age: 39
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Nice little truism paradox, that ultimately ends up being a bit hard to explain. The wiki article does it a way better job of it than I can |
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2006-05-01, 08:07 | Link #211 |
Gone for Good
Join Date: Apr 2004
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Volume 1 Chapter 6 translation completed.
http://www.baka-tsuki.net/project/in...lume1_Chapter6 Spoiler for vol1 ch6:
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2006-05-01, 08:41 | Link #212 | ||
Senior Member
Join Date: Dec 2005
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Why? Basically, bacteria have no real advantage to being big, so they stay small (mostly 1000-10000x smaller than the typical complex cell, like cells in your own body). Bacteria don't compete by killing off competitors, rather they compete by out-breeding them - the faster they can divide, the faster the population can grow. Being smaller makes it easier to divide faster - copying the DNA is a particular bottleneck. For the most part, bacteria actually aren't agressive, and they certainly can't eat each other. Bacteria are so keen to streamline themselves that they quickly throw away "unused" DNA very quickly. Of course, they can't be too agressive about that because they still need some minimal complexity to adapt to changing conditions. So why are "complex" (Eukaryotic) cells different? Eukaryotic means a cell with a "true" nucleus. However, it seems more likely that the true differentiation is mitochondria (scientists are still arguing about such things). Mitochondria are often refered to as "power plants" within cells, but they have their own DNA. The thing with power/energy generation within cells is that it occurs across a membrane (in a mind-bogglingly complex and weird way). In bacteria, that membrane is part of the cell wall - ie is proportional to surface area. However, energy needs are proportional to volume. Volume increases faster than surface area, meaning that the energy needs of a cell rise faster than the rate at which it can be produced. So essentially, bigger bacterial cells are "starved" - and can't breed so quickly. So bacteria have to stay small or die out. Eukaryotic cells have many mitochondria within them - the bigger the cell, the more mitochondria. So power generation scales with volume, which enables the development of more complex cells. Without the development of cells with mitochondria, no complex life forms would ever have developed on Earth, and that development only ever happened once - about 2 billion years ago. Exactly how it happened is the subject of intense debate, but it's generally reckoned to be because two different types of cells merged together - one of which ended up becoming mitochondria. It's almost certainly impossible that a bacteria like cell can evolve into a cell with mitochondria by DNA mutations - they've had over 4 billion years to try, and have never succeeded. Because the formation of complex cells was so unlikely, there's no gurantee that complex life will always evolve on a planet with very similar conditions to Earth. Quote:
Actually, from what I vaguely remember reading, light isn't quaranteed to move in a straight line even in a perfectly normal vacuum. Or travel at "light speed". It's just an average, basically. Yup, quantum physics is pretty darn weird... |
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2006-05-01, 08:56 | Link #213 | |
Gone for Good
Join Date: Apr 2004
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I tend to view the SF jargon as part of the humour of the story and try not to think too much about it, because it wasn't supposed to make sense for either Kyon as the narrator or us as the reader. |
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2006-05-01, 10:07 | Link #214 | |
Haruhiism Worshipper
Join Date: Feb 2006
Age: 39
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2006-05-01, 10:27 | Link #215 |
Holy Beast ~Wuff!~
Scanlator
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Now holding discussion, on certain terms in chapter 06.
To be standardlized for future chapters Spoiler:
Please add your input on the Format Guideline Talk page
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2006-05-01, 12:26 | Link #216 | ||
Senior Member
Join Date: Dec 2005
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I was going to comment on some of the other terms used in the story, but my post was already pretty long as it is. One interesting debate in science is whether physical "constants" really have been constant since the Big Bang - one theory I read is that with each Big Bang (after things collapse down to a point again), the physical constants may change, and that perhaps they're tending towards a point of stability which result in many black holes forming - that it's also suitable for life is perhaps an interesting side-effect. With the constants as they are, it would generally take about 10 billion years for earth-like planets to become possible (or at least, not increadibly rare). So if it would typically take about 4 billion years for intelligent life to develop on earth-like planets, then it would take about 14 billion years for the universe to develop life complex enough to understand it - which is about the current age of the universe. When you read things like this, I can rather understand what Koizumi means by the complex things the other people in his group think about... Quote:
It seems that all necessary terms are at least somewhat explained anyway... |
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2006-05-01, 12:47 | Link #217 | |
Holy Beast ~Wuff!~
Scanlator
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Come by the project website to drop your idea in, we take all ideas of improvements seriously.
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Last edited by Onizuka-GTO; 2006-05-01 at 14:08. |
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2006-05-01, 12:57 | Link #218 | |
Senior Member
Join Date: Dec 2005
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