Message from @BobRoss
Discord ID: 597685671661928448
do you know what a control group is
No I have not rembrandt which is why im hesitant to speak on it overly much.
tell me, if you are OUTSIDE, how are you going to have something independant of moonlight or moonshade if everyrthing outside is moonlight or moonshade?
Since I would be speaking from a position of ignorance and having to trust someone elses research
you mean a different night when the temparature can raise or lower based on the passage of time?
ok thats it
!mute @Friedrich trolling and denying hard evidence.
Evidence was presented though I do question the position of each slab of concrete
😃
that's where the plate one comes in
one side of a plate was moonshade one was moonlight
i provided several and he brushed them off
then trolled
i saw
let him cool off in the box
it's easy, either measure the temperature tyourself, or look at multiple youtube videos of people doing this test, they aren't even long vids, they are short
I did the moonlight test with a laser thermometer. Got the same results. Cooler in the light than the shade
hey bible
if anyone wants to vc hmu
hot take on the Epstein arrest by intelligent folk: https://www.youtube.com/watch?v=8xtxPge8MWw
the moonlight experiment is REAL yes
MOSTLY FLAT SHIPS DISAPPEAR HULL FIRST: https://imgur.com/aUtqGyq
<@144009825360150538> Because you don't respect radio discipline
You talk over somebody you get muted
"In fact, it can be shown that the refraction near the horizon depends mostly on the local temperature gradient, which is much more important than the local temperature itself. For this reason, all the refraction phenomena near the horizon — mirages, dip, terrestrial refraction, etc., as well as the astronomical refraction — are very sensitive to the temperature gradient; and they all vary a great deal more than does the astronomical refraction well up in the sky."
To: "It is obvious that the effect of temperature variation is decisive over the
other atmospheric factors on refraction, to the following proportions: Temperature to humidity to carbon dioxide content to air pressure = 100 : 6 : 2 : 1 "
INVESTIGATION OF REFRACTION
IN THE LOW ATMOSPHERE
By
K. HORV_,.TH
Department of Survey. Technical university. Budapest
(Received Alay 29, 1969)
Presented by Ass. Prof. Dr. F. SAHKOZY
https://pp.bme.hu/ci/article/download/4322/3427