SiggyCertified
Inspired
We have lottery winners too. And each probably considers him or herself very lucky. But they still don't realize how lucky they were, because odds of 1 in a million or a billion are just not fathomable to the average human mind.
We are the descendents of lottery winners. We don't realize how lucky we are, because unlike with the lottery we don't see the millions upon millions who did not win. Therefore we don't know how lucky we were, if it was extraordinary lucky. We inhabit a planet in the goldilocks zone of a star that is fairly quiet and which is not bathing us that much in deadly radiation. Right now the star is fairly comfy. And we still have a core that creates a magnetic field that shields us from the suns radiation But our neighbor Mars became a dead world by losing its atmosphere, while our other neighbor was fairly hospitable a billion years ago but is now a living hell. So will the Earth be in 600 million years. In our solar system Jupiter sweeps most of the nasty asteroids out of our sky, but it could just as easily have swept Earth out of the solar system as well. Without Saturn to keep it in check Jupiter would have moved inwards to the sun, in which case Earth would have been ejected from the solar system and be a lifeless ice ball in interstellar space. And without the moon to stabilize us Earth might have been spinning so hard to have had a day lasting only a few hours. And Earth sized planets having a moon as large as the Moon is very rare. Only Pluto has a similar system with Charon. And we haven't even touched how supernova's can destroy solar systems lightyears away from. Or god forbid having a pulsar in your galaxy, in which case the entire galaxy is basically dead. There are zombie galaxies out there.
There are so many factors that go into how life can develop that we take for granted because we are lottery winners, but we don't know the odds nor what happened to the losers. For all we know life only succeeds in developing one in a trillion odds. Which could mean only one inhabited planet per galaxy. That is why we need to find out if life exist on the moons of the outer solar system and if so if it developed independently from Earth or was seeded via asteroids from Earth or some other original source. For all we know life developed on Mars or Venus first and got seeded to Earth.
The vastness of space is hard to comprehend for most people. The solar system alone is vast beyond comprehension. Even more so if you realize that the Kuijper Belt alone stretches out for even further then the distance from the sun to Neptune and the Oort Cloud could stretch out up to 1,5 lightyears if not more?
You should look into the science behind the manipulation of gravity, there are articles on someone named Dr. Salvatore Pais who has patents backed by the US military involving the manipulation of gravity, which is achieved via microwaves (obviously way more complex) surrounding the border of the ship, but it's reliant upon technology that hasn't been fully developed yet (with the exception of the proof of concept, and some kind of model iirc, by some students @ MIT) A Room Temperature Super Conductor.
Nonetheless, the science is extremely fathomable. If you've ever looked into Bob Lazar and his explanation on how the ships that crashed at Roswell operated, he explains how they're able to shoot a particle accelerator @ something called Element 115 (something we can't produce a stable form of yet, but it's been proven to exist). Which is specifically machined into a certain type of polygon (Here's a relative article discussing a breakthough discovery in a complex geometric shape that allows complex quantum level computations to be made on a single piece of paper: Article), that when it reaches a certain temperature, it becomes insanely dense and produces it's own gravitational field, which is then essentially transmitted through gravity emitters that essentially allow you to control it. It's all within the realms of absolute possibility, but we're at a standstill due to our lack of knowledge with material science. That being said, it speaks volumes that we've had have no material science R&D within 0-gravity, but that's a whole different conversation within itself that's riddled in speculation.
We're just about to reach the realm of quantum computing in every day life as well, the next 20 years are going to be insane in terms of technological development, and I honestly cannot fucking wait.