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i havent heard it down here in melbourne for a while either.
i havent heard it down here in melbourne for a while either.
Yea mate. How'd you tell other than my location being Straya?
Basically since all matter emits it's own gravity, you should get a unique signature in different areas and times. A static area, such as a hill or field will emit a fairly consistent gravitational signature. Such a signature is suitable for "Time travel" as it would see minimum gravity variations, being mostly from rain.
Anyway, it stands to reason that the greater the divergence the greater the gravitational difference would be, and greater the chance that your hill or field is a town or a road in a parallel timeline, or even was never there in the first place.
Not sure if I've explained it properly but it should at least make more sense now what I mean.
Yeah sorry I'm still entirely lost. It sounds like you're suggesting to measure gravity of nearby surroundings, and then be able to measure when those surroundings change? That won't necessarily properly measure what I'm after. For instance, if my surrounding area is identical, despite other things changing (small decisions or something far away).
This is a pet project of mine for quite some time now. Mostly brainstorming, and a bit of experimentation. Unfortunately my efforts haven't succeeded quite yet. I'm looking to build a functional and proper divergence meter (such as the one in the anime Steins;Gate). But I'm unfortunately at a loss. Perhaps a bit due to my lack of physics knowledge, as well as my inability to quickly test my experiments.
My first attempt has been to take hashes of various files that contain content that I know differs among various timelines. Using those hashes I then construct a larger 'divergence value' which I can observe. To date, the number hasn't changed, despite changing timelines. Partially because much of the content remained the same, but also due to the lack of resolution within the files (that failed to capture the smaller changes).
You can find the meter itself, along with the source code on the ZeroNet site it's hosted: http://127.0.0.1:43110/1B2G4C4wiygqq87AMeExdwyiSLeVPksKj4/
You'll need ZeroNet to access the site.
View attachment 7289
If anyone has any ideas for the next version and test, I'm all ears. So far I've received a recommendation to try: taking a battery from one timeline to another and then measuring the voltage (I doubt this would work, and I can't physically bring things between timelines anyway), and to measure the various traits of elementary particles (I see no reason this would work.)
All in all, a sad attempt. I can't seem to find anything clearly definitive of a particular timeline, and it seems most time travel claims fail to even address the topic and question.
it exists.
time fields have really weird side effects.
that's what's used to create one.
to show the timeflip? well since you've been so nice, why not?
lol