frase
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And it’s not possible because there’s no way to provide the energy or mass required to create the wormholes, bend space, or run that Alcubierre drive. It’s not a technology limit. It’s a physical limit just like the speed of light. You can’t build a spaceship the size of Jupiter.Never heard of "worm holes?" Gravitational bending of "spacetime?" The time dilation effect? The "Alcubierre drive?"...
Stuff theorised by Albert Einstein in his "Special Theory of Relativity"...and others most of which is proven science.
The Universe is so vast that any alien race with technology thousands, millions or even billions of years more advanced than ours would be able to do things beyond our comprehension.
That is where our tech lacks we cannot harness such energy.And it’s not possible because there’s no way to provide the energy or mass required to create the wormholes, bend space, or run that Alcubierre drive. It’s not a technology limit. It’s a physical limit just like the speed of light. You can’t build a spaceship the size of Jupiter.
I feel we're only approaching "travel" and "visiting other universes" ...using what technology, science, and laws of physics as we understand it. Other life forms, if more advanced than us, likely have discovered/revealed their own science, and laws of physics we have not scratched the surface of yet.
Scientists disagree. The Rare Earth Hypothesis is becoming increasingly less likely when considering we have barely scratched the surface in "finding" said planets. The Rare Earth Hypothesis was very limited in it's ability at the time it was proposed.Besides, Earth is relatively rare.
The 1964 hypothesis is pretty old at this point. It's an interesting theory, but assumes that Aliens have similar technology to us that require "fuel" and energy to travel in conventional ways. It take nothing about quantum mechanics or string theory - or any of the really interesting ideas that we've come to find useful and fully contrary to traditional thought, in the past 50 years.converted their entire solar system into a Dyson's sphere or at least a Halo before they got the tech to leave the system. (https://en.wikipedia.org/wiki/Kardashev_scale) Why? Because that's how much energy it takes.
You say that like it's assumed that if they did show up it would be to conquer us. Isn't it also possible that they will (or have) show up and are protecting us from ourselves? In the same way that a parent watching a kid play in the yard while keeping them from running into the street.The point is, if they ever showed up there's nothing we can do about it... We may as well be ants in comparison.
And we haven't figured it out yet.Math is the language of the universe
And yet, that's exactly what scientists just did - and there was no matter displacement event as you claim "must happen"Nothing can "blink out of existence" and back into it.
One 2020 study that analysed Kepler data calculated that the Milky Way could harbour as many as six billion Earth-like planets, while another estimated the number of potentially habitable planets in our galaxy at about 300 millionEarth IS rare, but the universe is big... which means even rare things are common depending on perspective.
And yet there is.no way to provide the energy or mass required to create the wormholes, bend space, or run that Alcubierre drive.
So what? None of those items can be utilized. Our sun, and every star, creates fusion by its sheer mass. We are not going to be able to do that either. The fact that nature can produce high energies via gigantic mass doesn’t mean effective tools can be created from that kind of energy sources.And yet there is.
Take for instance TON 618. A 66 billion solar mass supermassive black hole in the fabric of space whose gravity is so strong it bends and distorts the fabric of space and slows time for hundreds of thousands of light years in every direction.
Neutron Stars?
Or Quasars? The output energy of a typical quasar, which has at it's heart a supermassive black hole, is beyond our comprehension and stretches our present physical laws to beyond our understanding.
Finding energy sources in a universe filled with energy isn't a difficult job. Harnessing that energy on the other hand is presently beyond human laws of physics.
What "human physics" can explain what happens inside a black hole?
What physics proves where matter goes after being pulled into these massive structures?
We've been on this 4.5 billion year old speck of dust orbiting a spark for around 2 million years.
Compared to what may be "out there" we are but frogs waiting for flies...
Unless we can figure out how to artificially manipulate mass.So what? None of those items can be utilized. Our sun, and every star, creates fusion by its sheer mass. We are not going to be able to do that either. The fact that nature can produce high energies via gigantic mass doesn’t mean effective tools can be created from that kind of energy sources.
We dont have to create anything. It's already done waiting to be utilized once our knowledge and understanding of the physics involved catches up.The fact that nature can produce high energies via gigantic mass doesn’t mean effective tools can be created from that kind of energy sources.