I know this sounds kinda kooky but personally my (completely no basis) guess is that UFOs (in the most convincing video evidence) are some kind of natural phenomenon that exists partially outside of our understanding of physics. If they have some sort of intelligence and they aren’t just random noise, I think they would be so different from us as to be utterly unparsable. If all that is true and they interact with us, their motivations would be similarly unknowable.
I’m depressingly not convinced faster than light travel will ever be possible, especially for humans or human-like organisms…
I’m very interested in them though. I’m very hopeful that studying them seriously might lead to some incredible insights about physics.
depressingly not convinced faster than light travel will ever be possible, especially for humans or human-like organisms…
I think you’re right, the only chance we’ll ever have at reaching another habitual world (if we ever even detect one well enough) is with cryogenics and/or colony ships. It’ll take hundreds, possibly thousands of years till we’re at that point thought. Especially when our civilization puts so little into space travel. We should really have a moon base at this point.
Corridor Crew has debunked the Pentagon videos as camera artifacts and optical illusions: https://www.youtube.com/watch?v=jHDlfIaBEqw
These guys are filmmakers and really know cameras, optics and VFX so I have confidence in their explanations.
Not what I would call debunked. They pointed out the nothingburger of the lot as a nothingburger, and then for the hard to explain ones they just had possible guesses, and only commented on the videos themselves and accounted for none of the reported contexts of the videos. They basically contributed by talking about lenses and then saying they don’t know what is in the videos.
The NHIs being discussed by Grusch and others have not been stated to be ETs, but rather the current thought is interdimensional.
That wasn’t the current thought in the hearing, he expressly stated that that was one interesting possibility that was discussed in a purely theoretical context
Sure, but several people have brought this up as “an interesting possibility”, and all of them have shyd away from saying ET. So they didn’t confidently or unambiguously state it, but that’s kinda the implication and where their head is at.
IIRC the proper answer is “we don’t know the origin, but we haven’t had any reason to think they came from space”.
This seems like a very weird view considering the amount of people who have been saying that they communicate telepathically with us.
Could be future humans for all we know.
I take peoples claims of telepathic communications with aliens with the biggest grain of salt I can find.
I can’t assume there are none that are real, but I can and will assume all day that some people just have alien themed mental quirks. And I don’t think poorly of people with less believable stories, I’m just interested in the evidence that is more difficult to explain away.
Funny how no one bats an eye when a german shepherd sniffs out a missing person based on almost undetectable particles or a bird knows exactly which direction is north, but we scoff at the idea that there may be ways to communicate with your brain alone. Why? Because that’s the stuff of TV and movies – fiction. Culturally, I think we’ve been so disheartened by our inability to realize our most extravagant dreams of the future (hovercars and etc) that we have basically fallen into thinking that the mere existence of a topic in science fiction discounts its credibility as a real-world subject. This is why we get articles like “Scientists say they are closer to Star Trek Warp Drive”, where everything must be tempered just in case. We don’t want to look like we actually believe in Science Fiction, now do we?
Just so you know, faster-than-light travel is not necessary to explore the stars. With enough constant acceleration (which seems to be achievable with the tech that these craft have demonstrated) you could go pretty much anywhere in the galaxy in your lifetime. The obvious downside is that the further you go, the more time-dilation becomes an issue for everyone else. For example, you may travel ~9 light years to Sirius in a matter of months from your perspective, but 10 years pass for everyone else. Still, if your goal is to explore, I find this to be quite a decent trade-off, and given that we are already making strides in life-extension that time may become a non-issue very quickly.
You have massively misunderstood physics if you think that people could travel faster than light and cross a galaxy in a single lifetime
> in a single lifetime
There’s some wiggle-room there. A species that is naturally biologically immortal (or had biology that supported long periods of inactivity) might not find that spending hundreds of years to travel to a nearby star system was a deal-breaker for interstellar travel. They might be more motivated to execute such a project than we are since they could not just wait for their ancestors to die of old age as a way for younger members of the species to have control.
Also there is a possibility that a species might develop the technology to create a partly or fully artificial version of themselves that makes long interstellar trips less of an obstacle (synthetic biology, a combination of biology and machine, pure machine, etc).
Natural humans are certainly poorly suited for interstellar travel, but it may be that other kinds of life are more tolerant of it, or have redesigned some members of their species to handle it.
I don’t want to be rude but this isn’t correct as far as my understanding. I’m no expert, so I’m not confident in my ability to describe exactly how… But the phrase “you may travel ~9 light years to Sirius in a matter of months from your perspective, but 10 years pass for everyone else.” I don’t think that is correct exactly.
Again not trying to be rude and I am very happy to be corrected but I want to understand it.
The time dilation effect is pretty well known and comes naturally from the equations of the General Relativity Theory.
It’s also been proven experimentally in particle accelerators (like CERN) when particles with at rest very short and well known half-lives (i.e. they natural break down into other particles some time after being created) lasted a lot longer (from our point of view) when travelling at near light speed.
However that effect only really starts getting noticeable without special equipment when the speed something is travelling at is getting near the speed of light (something like 90% or more of light speed).
This works correctly for the example of the previous poster because the distance to Sirius is given in light-years, which is literally the number of years that takes light (which by definition travels at the speed of light) to travel that distance.
(By the way, from the same equations from were you get time dilation comes that from the point of view light the trip is instantaneous)
So yeah, travelling a distance of that takes light 9 years to travel would be theoretically possible to do so fast (near light speed) that it would seem for those doing the trip to only take a few months (even though for those outside it would still seem to take longer than 9 years - as it takes light 9 years to get there so something at sublight speeds would take longer than the 9 years that takes for light).
Yeah, this is highly counter intutive so it “feels” wrong. If fact, the whole General Theory Of Relativity is highly counter intuitive. Yet, quite independently of what intuition (which is just a destilation of our personal experience) tells us, all that we’ve been able to observe so far in applicable situations is things happenning as predicted by that theory, not “intuition”.
I’ll put it another way then: any information you intended to send back after you arrive in Sirius would take ~9 years to arrive back home. Due to causality, this means that you cannot interact with Earth in any way for – at minimum – 9 years. However, from your perspective, you accelerated at let’s say 10 Gs (speed increased by 98 meters per second every second), until you were half-way to Sirius, which will take about 5 months. Then you decelerated at -10 Gs to arrive with 0 speed, another 5 months. You perceive only 10 months of travel, but you are now 9 light-years from home.
The math is not the part which is difficult, and requires only a basic understanding of relativistic physics. The issue is maintaining 10 Gs of constant acceleration for 10 months.
