The Billion-year Technology Gap

In summary, the article argues that there is a billion year technology gap between human and civilizations in the universe. It suggests that this gap could be due to the difficulty of space travel or the difficulty of developing intelligent life. It also points out that only a small number of civilizations in the universe are more advanced than human.
  • #1
dreiter
33
0
Interesting article...

http://www.dailygalaxy.com/my_weblog/2009/11/the-billionyear-technology-gap-could-one-exist-the-weekend-feature.html?utm_source=feedburner"
 
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  • #2
Well, I can't say so.

That article is full of ... stupid proud! Human proud.

Right now, we are like a little beetle which climbed on a wire of grass and suddenly start to see a lot of grass (whow!), at some distance can see some bushes an above found something very strange named ... tree! And because she doesn't see any other beetle conclude that is the only beetle in the Universe. Stupid!

And if the beetle will however see a butterfly, she will recognize that like a living thing? What about an eagle, or a wolf? Not to say about a car or a plane, about a house or a road. She will recognize that as unnatural things? Of course not. She is not capable to do that.

Like us: we don't "see" anything because we are not capable to do that. Yet. We will be, I'm truly convinced.
But first we must learn to ... "fly"!
 
  • #3
My humble calculation points that only in our galaxy should exist 100-300 civilizations more advanced than we are.
 
  • #4
Even if space travel is too difficult, if life is out there, why don't we at least detect some sign of civilization like radio transmissions?

At this point, I have to ask how effective radio transmissions are as a means of interstellar communication. It was my understanding that within a couple of light years, TV and Radio signals blend into the background radiation.

If this is true, then there could be any number of species out there in our own galaxy that are on our level or above.
 
  • #5
Mihael@@/& said:
My humble calculation points that only in our galaxy should exist 100-300 civilizations more advanced than we are.

Based on what?
 
  • #6
From the article,
Milan Cirkovic of the Astronomical Observatory in Belgrade, points out that the median age of terrestrial planets in the Milky Way is about 1.8 giga years greater than the age of the Earth and the Solar System, which means that the median age of technological civilizations should be greater than the age of human civilization by the same amount.​
Rhetorical question: How does Cirkovic know that? The answer is, he doesn't. We do not yet know
  • How many other terrestrial planets are out there yet, and of those,
  • On how many life has developed, and of those,
  • On how many life has advance beyond primitive single-celled forms, and of those,
  • On how many have lifeforms developed even a rudimentary intelligence, and of those,
  • On how many has true intelligence arisen, and of those,
  • On how many has communicative intelligence developed, and of those,
  • On how many has that communicative intelligence hung around for a geological timespan.
The only way to come up with a definitive answer right now is to pull numbers out of body cavities.

Mihael@@/& said:
My humble calculation points that only in our galaxy should exist 100-300 civilizations more advanced than we are.
Other humble calculations point to over thousands of such civilizations. Others, calculate less than 10. Others calculate that we are alone in our galaxy, alone in our galactic cluster, and maybe even further. The Drake equation, and variations of it, can come up with practically any answer whatsoever. Torture data hard enough and it will say anything.
 
  • #7
It's the Drake equation, and a good start on making an educated guess. I'm a pessimist, my guess is 2-3 other civiliations 'right now' in our galaxy.
 
  • #8
I'm more pessimistic than that. My guess is a very small number of other civilizations in the Virgo Supercluster. With millions of other superclusters in the observable universe, we are far from being alone in the universe. We are however, for all practical purposes, all alone.
 
  • #9
krauss proves that the universe places a limit on computation

Maybe this can provide some insight - Krauss et al. have proven that the universe places a limit of about 600 years of exponential growth of a societies information processing capability

http://arxiv.org/abs/astro-ph/0404510
 
  • #10
D H said:
I'm more pessimistic than that. My guess is a very small number of other civilizations in the Virgo Supercluster. With millions of other superclusters in the observable universe, we are far from being alone in the universe. We are however, for all practical purposes, all alone.

All it takes is one, and the whole universe would be packed with their descendants by now. Earth is about 10 billion years late to the scene. Even assuming that the first generation of planets was absolutely incapable of life because there were no heavy elements present (and even that is a stretch)... that still leaves trillions of stars like Tau Ceti that were around for billions of years before Earth was formed.

The solution C from the article is too illogical. Some civilizations would come to the point where they are technologically advanced enough to colonize the universe without wiping themselves.

So, there are only two probable solutions, either we're completely alone in the Universe (because sentient life is extremely improbable and it forms near one star out of 10^18 or more), or they are there but they are invariably uninterested in space exploration and contact as we understand it. In the second case, there's no reason to assume that life is rare. There could've been life on Tau Ceti and life on Mars, but they don't colonize the space, they don't communicate via any channels known to us. They are either all dead or so much more evolved than us that there's no way of detecting their presence.
 
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  • #11
Again, the question of whether it's possible to contact other races hundreds of light years away easily is important. Never mind the space travel. Do we really have an effective way of sending them signals? We've been beaming stuff out into space for years now, but how far does it go and still remain intelligible? If it doesn't even get to the next star system as a signal distinguishable from background radiation, then every single solar system in the universe could have an civilization as advanced as ours in it, and they'd all be unable to contact each other.

You can't just sweep a laser-pointer across the sky and expect aliens to come rushing for First Contact. They could be more advanced than us and still not have a good way of beaming powerful signals, or traveling the vast distances involved. Can we at least say that there are no super-advanced aliens ala science fiction? Well, even if you go out of the realms of known physics into FTL travel, why assume they'd come see us first, or even know about us yet?
 
  • #12
Researcher X said:
Again, the question of whether it's possible to contact other races hundreds of light years away easily is important. Never mind the space travel. Do we really have an effective way of sending them signals?

It's not whether we have an effective way of sending them signals, it's whether they have an effective way to sending US signals. And why not? 120 years ago the state-of-the-art technology was optical telegraph and we were unable to send signals wirelessly beyond a few tens of kilometers. Today we are still in continuous contact with Voyager 1 space probe, which is 16 billion km from the Earth. Who knows how far we can communicate 100 years from now? If we had too much time on our hands and nothing to do, we could, in principle, go back to optical semaphores, put a huge "mirror" made of ultra-thin metal foil in the outer space, and use it to send signals that could, depending on the size of the mirror, be visible for thousands of light years. It could even be done by automatic probes, powered by solar power and harvesting the asteroid belt for raw materials.

Well, even if you go out of the realms of known physics into FTL travel, why assume they'd come see us first, or even know about us yet?

Why weren't they here even before our civilization was formed, that's the question.

Humans have the propensity to colonize everything they see. 50,000 years ago there were no humans in Australia. 20,000 years ago there were no people in the Americas. 2,000 years ago Iceland was uninhabited. Today, people are everywhere, including the South Pole. If there's a way to colonize the Moon and Mars, we'll probably get there too. If any alien civilizations are at all like us, they too will try to colonize the universe. Something has to happen to all civilizations at a certain stage of their development, to prevent Earth from having been colonized by intelligent aliens long before human ancestors learned to walk upright.
 
  • #13
hamster143 said:
All it takes is one, and the whole universe would be packed with their descendants by now.
You are ignoring the incredible vastness of space here. Suppose our nearest advanced neighbor is in Andromeda and that it has packed that galaxy with its descendants using technologies that let it travel at 10% light speed. Travel to the Milky Way would entail a 25 million year journey with no external power, no maintenance depots, no support whatsoever. If our nearest neighbor is in the Centaurus Cluster, that becomes a 1.5 billion year journey without support. The impossibility of making machinery that can survive for millions of years or more may be one of the impediments to expansion that answers the Fermi paradox. There are plenty more such impediments; there is no reason to assume we are the only intelligent civilization to have arisen in the whole universe. At some point, the vastness of space dictates that we are effectively alone even though we are not the only ones.

Even assuming that the first generation of planets was absolutely incapable of life because there were no heavy elements present (and even that is a stretch)...
The first generation of stars didn't even have terrestrial planets. There were no heavy elements present. So why is that a stretch?
 
  • #14
I think that you are underestimating what a civilization a million or a billion years more advanced might consider as possible. A Kardashev type III civilization that colonizes a galaxy spreads from one side of a galaxy to the other. This colonization could cross a span of many thousand light years in perhaps a million years. Von Neumann probes could then deconstruct less useful solar systems within the galaxy and then reconstruct them in an archipelago stretching to the next galaxy. Several thousand strategically placed ‘depots’ would link a galaxy cluster together and so on. Also, stars are occasionally ejected from the center of galaxies by SMBH, so some natural waypoints would already exist between galaxies. Or a “Gemini” colony ship design might allow beings to live on one half of a ship while the other half was dismantled and reconstructed in flight and then switch. The ship itself might even be made of smart material that was imbedded with molecular sized computers and simple robots so that it could reconstruct itself if damaged. The ship might even be a synthetic planet that is warmed internally by fusion or a mini black hole. The Earth has supported life for billions of years. On a biological level, advanced beings might arguably control whatever they use for DNA to the point that they no longer die from old age, so a trip of eons would not be an impediment.
So where are they?
 
  • #15
Arch2008 said:
I think that you are underestimating what a civilization a million or a billion years more advanced might consider as possible. A Kardashev type III civilization that colonizes a galaxy spreads from one side of a galaxy to the other. This colonization could cross a span of many thousand light years in perhaps a million years. Von Neumann probes could then deconstruct less useful solar systems within the galaxy and then reconstruct them in an archipelago stretching to the next galaxy. Several thousand strategically placed ‘depots’ would link a galaxy cluster together and so on. Also, stars are occasionally ejected from the center of galaxies by SMBH, so some natural waypoints would already exist between galaxies. Or a “Gemini” colony ship design might allow beings to live on one half of a ship while the other half was dismantled and reconstructed in flight and then switch. The ship itself might even be made of smart material that was imbedded with molecular sized computers and simple robots so that it could reconstruct itself if damaged. The ship might even be a synthetic planet that is warmed internally by fusion or a mini black hole. The Earth has supported life for billions of years. On a biological level, advanced beings might arguably control whatever they use for DNA to the point that they no longer die from old age, so a trip of eons would not be an impediment.
So where are they?
They are probably watching us. :devil:
 
  • #16
I think that we are all ignoring some fields of technology in our attempt to mimic star trek in the goal of colonization. We are not going to be the same humans that we are currently. Genetics is broadening links between DNA and Instinct and we will possibly be able to acquire knowledge from genetic means. Or computer plug in means. Once we are interfacing with our ability to store knowledge we will not be the same species of Human.

Imagine coming out of the womb with full degrees in Chemistry, All fields of Medicine, History, Math, Genetics. No longer the need to be taught how to not duke in diapers. No longer having to learn to eat food. Being born with the knowledge of how to walk and talk.

Defeating the problem of aging. Eliminating the need to eat food and poop out doodie. I don't think that anyone likes to poop?

Once we have the potential to live as long as we can avoid disease (which we might be able to defeat with genetics) and accidents. Let's face it who is going to work in a coal mine when you could risk death instead of living forever? Maybe religion will still have it's purposes. The worker bees who do not decide to take immortality genetic aging cure will live to like 100 and they won't mind working in the mines and dangerous jobs.

As our intelligence grows so would our goals as a species. Child rearing? They don't need rearing just birthing and being watched over until there bodies develop bone structure well enough to walk. Now 50% of the inhabitants of Earth are pissed off for taking away mommy.
 
  • #17
turkeyburgers said:
Defeating the problem of aging. Eliminating the need to eat food and poop out doodie. I don't think that anyone likes to poop?

How can someone with the name "Turkeyburgers" say such a thing?:biggrin:
 
  • #18
Sorry, but I think that us listening for, or trying to contact 'others', is a total waste of time and money!
 
  • #19
Assuming our knowledge of physics is basically correct, interstellar travel may be impossibly expensive for any intelligent civilization. Perhaps the best they could do is launch nanobots encoded with dna. It might take many millions of years to arrive at a suitable planet, but, is doable.
 
  • #20
Chronos said:
It's the Drake equation, and a good start on making an educated guess. I'm a pessimist, my guess is 2-3 other civiliations 'right now' in our galaxy.

As Fermi said in 1950(!) where are they?

That is they can build self reproducing probes and populate the entire galaxy with one probe per planet. So where is the Earth's probe? Hiding? We are too primitive to bother contacting? etc...

http://en.wikipedia.org/wiki/Fermi_paradox
 
  • #21
justwondering said:
Sorry, but I think that us listening for, or trying to contact 'others', is a total waste of time and money!

And I feel it is cool and well worth while. There is no accounting for personal preference. Not every thing boils down to logic.
 
  • #22
In stating that they would have populated the whole galaxy by now, or we should have received signals from them and so on , you assume they think the same way we do. But why would they. It's like chimpanzees assuming we think the same way they do.
Now we're only 7 million years more evolved than the chimps, and the potential aliens may be over one billion years more evolved than we are. So we really shouldn't assume things about alien civilizations nor make any analogy with our proto-civilization.
If we don't see them, it doesn't mean they're not there.
 
  • #23
If I were an alien advanced enough to find the Earth and travel to it, I would observe you from a distance like an anthropologist. And you would never know I was there.
 
  • #24
(following from main article)
For proposition “B” to be correct would defy all logic. If potentially thousands, or even millions of advanced extraterrestrial civilizations exist in the known universe, then why would all of them, without exception, choose to expand or exist in such a way that they are completely undetectable? It’s conceivable that some might, or perhaps even the majority, but for all of them to be completely undetectable civilizations does not seem likely either.
"ascension"! heh. they either die out, or learn and experience all they can in this 4-brane and find out how to transfer whatever entity constitutes our qualia ("consciousness") to an even more amazing brane/way-of-existing to experience
(following from the linked paper)
A careful consideration of the effect of horizons on information processing is necessary for this analysis, which suggests that the total amount of information that can be processed by any observer is significantly less than the Hawking-Bekenstein entropy associated with the existence of an event horizon in an accelerating universe.
all the more reason to leave the brane
 
  • #25
TalonD said:
If I were an alien advanced enough to find the Earth and travel to it, I would observe you from a distance like an anthropologist. And you would never know I was there.
reminds me of the alien anthropologist from roger waters' album (pink floyd member)

the alien anthrop. comes to a planet where humans obliterated themselves. the aliens cannot come up with a satisfactory answer as to why. since a majority of the beings are near their televisions and radios when they die, and there are recordings of humans mutilating each other like it's their profession (cause it often is), the aliens assume "this species has amused itself to death" aka we had wars just for fun to watch and killed ourselves in the process, like a suicidal and mixed up person
 

1. What is "The Billion-year Technology Gap"?

"The Billion-year Technology Gap" is a scientific theory proposed by physicist and futurist, Dr. Michio Kaku. It suggests that there may have been advanced civilizations that existed on Earth billions of years ago, but due to natural disasters and geological processes, all evidence of their existence has been erased.

2. What evidence supports the theory of "The Billion-year Technology Gap"?

There are a few pieces of evidence that support this theory. The first is the presence of anomalous artifacts, such as the Antikythera mechanism, which suggest a level of technological advancement that should not have been possible at the time they were created. Another piece of evidence is the existence of ancient structures, like the pyramids, that have been built with incredible precision and engineering techniques that were previously thought to be impossible for the time period. Additionally, the fossil record shows a sudden increase in brain size and intelligence in our ancient human ancestors, which could have been influenced by advanced technology from a previous civilization.

3. How does "The Billion-year Technology Gap" relate to the Fermi paradox?

The Fermi paradox is the contradiction between the high probability of the existence of extraterrestrial civilizations and the lack of evidence for their existence. "The Billion-year Technology Gap" could potentially explain the Fermi paradox by suggesting that advanced civilizations have risen and fallen on Earth, but their existence has been erased, making it difficult for us to find evidence of their existence. It also raises the question of whether this could potentially happen to other advanced civilizations in the universe.

4. Could this theory have any implications for our understanding of human history and evolution?

Yes, "The Billion-year Technology Gap" could have significant implications for our understanding of human history and evolution. It challenges the traditional timeline of human evolution and raises the possibility that we may have inherited advanced knowledge and technology from previous civilizations. It also suggests that our current level of technological advancement may not be unique in the history of Earth.

5. What are some potential criticisms of "The Billion-year Technology Gap" theory?

One potential criticism of this theory is the lack of concrete evidence to support it. While there are some anomalous artifacts and structures that could suggest a previous advanced civilization, there is no definitive proof of their existence. Another criticism is that the theory relies heavily on speculation and does not have a solid scientific basis. Additionally, some may argue that the theory is too far-fetched and goes against established scientific principles.

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