The point is, since I’ve gotten significant results, it’s possible that others might also notice a pattern with high significance values. They might communicate to multiples, not only one.
So we should try to make an 'alphabet' or something, in how they might using interstellar objects for communication. If there is a system in how they communicate via interstellar objects – in a language everyone can understand – not just 'experts'. The point in the approach theory is that they want to reach as many as possible.
That the first Ouamuamua came in the shape of the number "1" (1:10 width:length ratio), never before observed could be a way of saying: "Hey, we are using these interstellar objects for communication!. By sending the first one as a "1" – hinting to look closer at them.
My potential message is something like: You are living inside a paradise machine. So, anything related to ‘paradise,’ ‘paradise women,’ or the ‘Fermi’s paradox’ could be potential themes in a message related to your own data/experiences.
by MysteriousAd9466
2 Comments
Froot loop shit.
I can see why you would go this route in thinking. Especially since it seems like they are showing up on some kind of an interval. One important layer to this information is the human involvement. In order to be counted in this sequence, we have to notice the object and take these measurements.
We can be almost certain that interstellar objects of similar size have been coming and going through the solar system pretty much since it has existed, it’s just that we only recently started being able to notice them.
There are probably also many more that pass through our solar system that are too small for us to easily notice.
I see a few problems with this theory though:
1. at the speed that it approached the solar system, 3I/Atlas would have to travel for over 200,000 years just to cover the distance to the nearest star, (4 light years) but the most recent star it had contact with is likely much further away than that.
2. Human technological civilization has not been around for very long, and therefore has not been detectable long enough for someone to have noticed us and sent objects our way in time for them to be showing up now. (in other words, if they sent them at the time of, say, the first nuclear bomb tests, or even the building of the pyramids, they would still be nowhere near reaching us, even if sent from the nearest star)
3. Sending a message as EM waves (light, radio, microwave etc.) would be many orders of magnitude faster, easier, and less ambiguous.