Was reminded how Epstien not killing himself was/is so accepted yet it’s still a conspiracy theory. Is there any similar ones you guys believe to be completely true ?
Was reminded how Epstien not killing himself was/is so accepted yet it’s still a conspiracy theory. Is there any similar ones you guys believe to be completely true ?
We’re either alone as an intelligent species in this galaxy or the great filter is true
https://en.m.wikipedia.org/wiki/Great_Filter
Even with our current level of technology which has gone from first flight to landing on the moon in just 66 years we could colonize the entire galaxy in 200 million years which is a blink of an eye.
I think life is common but humans are special or we’re fucked.
This is just extrapolating based on math, while ignoring the reality of the actual situation.
Even if we have an amazing breakthrough tomorrow, the reality of interstellar colonization is that you would necessarily be creating two different species by doing so. They would have very little reason to cooperate after a relatively short time. Space is huge, y’all. Communication would be cumbersome at first, and rapidly get worse as the two different species diverged, first culturally, then physically.
And that’s even assuming that we would do it. You’re basically asking a large group of people to sacrifice enormously for, at best, a marginal benefit. We can’t even convince people to stop burning coal, and that’s for our own enormous benifit.
Smack a religion on it and you’re good to go
Oh boy oh boy, here I go, schisming again!
I don’t think we even understand the impact quantum computing will have on science over the next 100 years, much less what new discoveries we may make in the next 1,000 or 10,000 years. Also, I don’t think interstellar travel will necessarily look like what you think it will look like. We might not be flying huge man-made ships through space, but asteroids, or planets, or solar systems instead.
I get your point but it’s only marginal benefit for our limited immediate perspective. Even if we stop actively destroying our planet, we are still at risk of catching a stray asteroid and that would be it for our whole civilization and most of life. We really need to learn better self-preservation at an interstellar scale.
Yea, we’re talking about sending people out on trips that could last for hundreds/thousands of years, with no way to provide support or backup if anything goes wrong along the way, to go to other planets that may not even be habitable when they get there. We don’t know if there’s any other sort of faster-than-light travel even possible, so there very well may not be any space travel shortcuts. Chances are “the great filter” is just the astronomical distances between everything and so all life eventually figures out it’s better to just stay home. If anything, maybe the best we can hope for is to convert all the mass in our solar system into a Dyson sphere and just wait out our Sun for a few billion years, that may be more realistic than travel to another star system (maybe slightly less impossible).
In Frank Herbert’s Dune books they get around that with eugenics. Which is both a solution and terrifying.
I like the theory that we’re a precocious intelligent species. Like, although the universe is 13 whatever billion years old it takes a few cycles of suns going supernova to disperse the heavier elements to the point where a planet can form that will sustain complex life. Maybe the Earth is one of the first set of planets suitable for intelligent life to develop on, and although the Earth is 4.5 billion years old and there has been life on it for 3.7 billion years there has maybe only been multicellular life for about 500-600 million years. It took hundreds of millions of years for an intelligent species to arise once there was complex life and maybe even that was lucky, who’s to say it doesn’t “usually” take a couple billion years.
On top of all that, the universe is expected to continue forming new stars for another trillion years, so yeah, maybe we are one of the first civilizations at the dawn of the universe.
It’s even more than that.
Imagine a dinosaur species was sapient, what do they use to fuel their industrial revolution? There might have a few scatterings of oil reserves but most of the fossil fuels we have were created at the end of their era. They’d have to jump from water power to nuclear.
We are in an incredible accident of timing and opportunity, and we’re wasting the convergence of eons on a few centuries.
Good point! I’m just gonna riff on some of this for a bit cause it’s fascinating. A sapient lifeform arising is not enough to guarantee a technologically advanced civilization. It blows my mind that there were stone tool making hominins over 3 millions years ago, well before the first human species. And the type of stone tools made by early humans didn’t change for a million years. We take it for granted that technology inexorably progresses but does it even? A million years of basically the same technology. And then like you said, how many of our advances were dependent on external factors like the formation of oil, or domesticatable food animals, farmable plants, WOOD ffs, and on and on really.
And our species went through a population bottleneck at some point, homo sapiens have a strikingly low genetic diversity compared to many other animal species, some theories suggest there were only 2000 of us as recently as 75,000 years ago. We almost went extinct, and all the other homo species did go extinct, before even making it out of the stone age.
Also, jumping back to the formation of the Earth, a lot of assumptions about alien life developing rests on how many other “Earths” there must be but there is something possibly unusual about our planet. Our moon. Not just that we have a moon but that it was likely formed by a collision with a Mars sized proto-planet called Theia. We ended up with a moon larger than a planet our size should have. The collision also caused the Earth to tilt on its axis. So at a minimum without that collision we wouldn’t have tides or seasons which seem like pretty important factors in spurring adaptations in life on Earth. Just having the extra mass helps Earth hold onto its atmosphere. Other effects of the Theia collision may include more water on Earth, more iron and other heavy elements, and more active plate tectonics/volcanism.
It’s late and I’m not sure that last part makes sense after a couple rewrites but yeah, incredible accident and convergence of eons and whatnot for sure. Cheers.
Just thinking about this point for a second is really mind-blowing especially when you think about it with the added context that up until about 200-300 years ago, human technology levels were probably closer to the stone-tool wielders than it is to modern humans in an EV listening to music through a smartphone and navigating by a global satellite system.
Ooh that’d be a close call. Maybe though. I could see an argument at least. But at the same time… the 3 mya stone tool users were arguably closer to chimpanzees than modern humans, closest common ancestor being 6-8 mya. They probably couldn’t make fire, didn’t have language or clothes or make structures to live in. Even late stone age peoples were so much more advanced than that.
The agricultural revolution starting about 10,000 years ago would maybe be where I’d put the dividing point. Or bronze age 3,000 years ago?
But that might be underselling how much progress we’ve made since the start of the industrial revolution. I don’t know, interesting to consider though.
About the rare huge-moon part - there’s been a recent discovery of a pair of young, still-forming exoplanets sharing the same orbit in a young star system - “PDS 70”; one protoplanet is in the L4 or L5 “Trojan” LaGrange point of the bigger one. Physicists reckon Theia may well have formed in one of Earth’s Trojan points, before being perturbed out onto a collision course by a third planet (thanks Jupiter)
So. While the planetary-collision-forming-a-huge-moon idea sure sounds wild, it might not be incredibly rare. Maybe.
We’re still at the very early stage of knowing what is normal for solar systems.
Neat! Plug that into the Drake equation. Problem is everything in there is pretty much guesswork and estimates of the number of intelligent lifeforms capable of interstellar communication in our galaxy vary between 1 and like, 100 million.
I think that if it happened once it’s bound to have happened many times but then where’s the party at? Hopefully we are just early, maybe we can still be the host at least.
Or maybe there’s a bunch of civilizations that are currently 10 million years into their timeline and just haven’t reached us yet!
I reckon 99% of biomass in the Universe has to be microbial and viral. Its the most successful life on Earth and lives everywhere pretty much. Looking for that 1% is going to be hard. SETI say the galaxy is like our ocean, but we’ve only sampled a small glass.
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How is that a conspiracy theory? Surely that’s philosophy/science extrapolation.
Whenever this comes up I remember the story of someone going to the Amazon and asking a tribe how to communicate long distances. Like future sci fi technology. They used drums to communicate so all they could come up with was really big drums that can go further than their current ones.
If they were looking for intelligent life they couldn’t even imagine radio waves nevermind understand it or search for it.
We feel alone, but that’s because all other intelligent life is staying away.
Nobody wants to meet meat.
There is no filter, other forms of life are already here. UAPs are real and confirmed by the US government and military personnel.
People just can’t accept it. We aren’t special and we never were.
UAPs could be anything, we have no idea what. No evidence was presented that they are aliens, and the ex-intelligence guy who claimed that they are aliens also believes the Vatican is involved in the cover up, not exactly credible.