Re: Relativity and flat Earth

On Fri, 23 Aug 2024 21:30:00 +0000, bertietaylor wrote:

On Fri, 23 Aug 2024 17:46:33 +0000, kami wrote:
 

On Tue, 20 Aug 2024 06:07:31 +0000, bertietaylor wrote:
>

Relativity tells us that the Earth is flat, for flatness is all we can
see and proof of that is every road map of every city.  All flat, see.
Relativity is about appearances being actually reality. So when one goes
away at the speed of light, time stops, because if we can see a TV
screen going away from us at the speed of light the screen is frozen -
that is, time has actually stopped still.
>
So relativity also tells us that the Sun goes around the Earth, for
every day it very visibly does do just that. As appearances are reality
in the e=mcc world, jolly well the Sun goes around the Earth and all
minor stuff about stellar positions can be dismissed with a brief whisk
of piggy tail. Then after doing its daily trip over the Earth the Sun
zips under the flat Earth and pops up yet again.
>
Chaps from other parts of the Earth may disagree but so what, we e=mcc
thumping relativists are frogs in the well with happiness unlimited.
>
Cheers,
Bertietaylor (Arindam's ghostly cyberdoggies)

>
>
ya know, wouldnt the earth be blown away super slow by the solar
wind like a sail?

 
While ions do get blown away causing dark matter finally from the Sun
and nebulae revitalising the dark matter once again in multi trillion
year cycles, they are insufficient to push away the Earth and may just
get absorbed. The solar sail is not a kinetic phenomenon. Energy
transports as radiation and not momentum. Thus one side gets heated more
than the other with radiation causing current loops causing surface heat
with rise of temperature and this temperature rise from radiation causes
a temperature difference between the two sides causing motion.
 
See details in the online links relating to Arindam's physics which
explain the nature and workings of the universe. Bruef sampke, above.
 
Woof-woof
 
Bertietaylor

so you're saying dark matter absorbs the wind?