Yum

👍

I'm not talking about moving clocks by the way

I'm reffering to general, not special, relativity

As that's what actually deals with gravity

Sure it does

"no u"

What a comeback

https://en.m.wikisource.org/wiki/The_clock_problem_(clock_paradox)_in_relativity

Super cool info there

VwV

Check it out

That's a bibliography about again time dialation in special relativity

I'm seriously wondering if you know the difference

We sharing reading material?

oof I don't have image perms

now wait

yea?

@Citizen Z also

You never responded to me last time

if gravity doesn't exist, what's the explanation behind gravitational time dilation

I presented you an experiment and confirmation of GR

And you said "I've never seen it before so I'll look"

http://www.conspiracyoflight.com/SagnacRel/SagnacandRel.html time dilation https://cdn.discordapp.com/attachments/439452160640548864/455554098566135819/Screenshot_20180515-072847-1-1.jpg

Then never talked about it again

What experiment

Who wants to talk about gravimeters? 😃

I do

nice

What do you think they prove

Have you ever used one?

Well they prove that mass attracts mass

And they measure that attraction

with a super duper sensitive spring device

They buried 5 tons of lead in the ground, then they used this super sensitive spring device called a gravimeter and moved it slowly horizontally over it. When more mass is under it, the spring compresses more. I'd show a graph, but I don't have image permissions, so here's a link to the tests they did. http://publications.jrc.ec.europa.eu/repository/bitstream/JRC110440/jrc110440_technical_note_preparatory_tests_2016-17.pdf

I have never used one

Have you heard of the Allias Effect

No

https://en.wikipedia.org/wiki/Allais_effect

Abstract
Conventional explanations for observations of anomalous behaviour of mechanical
systems during solar eclipses are critically reviewed. These observations include the work
of Allais with paraconical pendula, those of Saxl and Allen with a torsion pendulum and
measurements with gravimeters. Attempts of replications of these experiments and recent
gravimeter results are discussed and unpublished data by Latham and by Saxl et al. is
presented. Some of the data are summarized and re-analyzed. Especially, attention is paid
to observations of tilt of the vertical, which seems to play an important role in this matter
and recommendations for future research are given. It is concluded that all the proposed
conventional explanations either qualitatively or quantitatively fail to explain the
observations.

Thanks for the info