I have a new theory about the origin of earth

How can we travel faster if time ceases to exist? ...
Time doesn’t cease to exist. Time is eternal.

eternal
If something lasts forever or even if it just feels like it’s going to last forever, you could call it eternal, which means that it goes on and on and will never change or end.
Eternal - Definition, Meaning & Synonyms | Vocabulary.com
Just because there is a beginning does not automatically mean there must also be an end.

cosmos.jpg


The above is real, not a painting or a rendering, it is an image taken from the James web telescope.
And those specks of light are not suns, but galaxies.
 
Time doesn’t cease to exist. Time is eternal.

eternal
If something lasts forever or even if it just feels like it’s going to last forever, you could call it eternal, which means that it goes on and on and will never change or end.
Eternal - Definition, Meaning & Synonyms | Vocabulary.com
Just because there is a beginning does not automatically mean there must also be an end.

View attachment 797086

The above is real, not a painting or a rendering, it is an image taken from the James web telescope.
And those specks of light are not suns, but galaxies.
That image has been enhanced. They would only shine and sparkle like that if seen through an atmosphere.
 
That image has been enhanced. They would only shine and sparkle like that if seen through an atmosphere.
You should take this up with someone above my pay grade.

How the James Webb Space Telescope transformed astronomy this year
By Kai McNamee, Mallory Yu
Published December 25, 2022 at 2:00 AM PST
1687305301626.png


Hundreds of galaxies appear in this image, which combines near-infrared colors captured by Webb's telescope with those from Hubble.

"By finding these very early galaxies, we can learn something about our history, about the history of the universe in general, but also specifically about our home," said Robertson.
How the James Webb Space Telescope transformed astronomy this year
:)-
 
You should take this up with someone above my pay grade.

How the James Webb Space Telescope transformed astronomy this year
By Kai McNamee, Mallory Yu
Published December 25, 2022 at 2:00 AM PST
View attachment 797095

Hundreds of galaxies appear in this image, which combines near-infrared colors captured by Webb's telescope with those from Hubble.

"By finding these very early galaxies, we can learn something about our history, about the history of the universe in general, but also specifically about our home," said Robertson.
How the James Webb Space Telescope transformed astronomy this year
:)-
Listen stupid the James Webb telescope orbits earth in a vacuum. They will only twinkle if seen through and atmosphere.

NASA-Apollo8-Dec24-Earthrise.jpg


Where is all the twinkling?
 
Listen stupid the James Webb telescope orbits earth in a vacuum. They will only twinkle if seen through and atmosphere.

NASA-Apollo8-Dec24-Earthrise.jpg


Where is all the twinkling?
You are correct of course, but why would you expect to see twinkling in a still image?
 
Special relativity tells us that time does not pass for photons.

The speed of light in a vacuum? ... if there's photon's, then it's not a vacuum ... Einstein doesn't violate any of the Law of Thermodynamics ... including the 3rd ... you shouldn't either ... we have density of intergalactic space on the order of one proton per cubic meter ... not quite a vacuum ...

Light doesn't travel the speed of light ... if photons did, they'd have infinite inertia, infinite momentum ... infinite mass ...

 
You should take this up with someone above my pay grade.

How the James Webb Space Telescope transformed astronomy this year
By Kai McNamee, Mallory Yu
Published December 25, 2022 at 2:00 AM PST
View attachment 797095

Hundreds of galaxies appear in this image, which combines near-infrared colors captured by Webb's telescope with those from Hubble.

"By finding these very early galaxies, we can learn something about our history, about the history of the universe in general, but also specifically about our home," said Robertson.
How the James Webb Space Telescope transformed astronomy this year
:)-

Your first problem is this image is from Hubble ... the Webb telescope doesn't capture much visible light ... Webb is an INFRARED telescope ... this part of the spectrum is almost entirely absorbed by our atmosphere ... very little actual study can be had from Earth's surface in this bandwidth ...

Why we put her in space ... and not just anywhere ... she perpetually sits in Earth's shadow, with heat shields ... anything to keep her cooled down to -225ºC (50 K) ... so she doesn't emit infrared radiation herself ...

What Webb sees is cooler objects than what Hubble sees ... suns and galaxies are hot ... we see them with Hubble ... what Webb sees is all the gas, dust and anything that isn't fusing Hydrogen into Helium ... planets and moons and such ... or so we think ... because we built her and put her into space anyway expecting to be surprised ... Partially ...

More important is Webb is bigger than Hubble ... and aperture is a telescope's primary quality ... bigger is always better ...
 
I have a new theory about the origin of earth. I believe our planet came from someplace else and when it passed our sun it was caught up in the gravity pull of our sun and now circles our sun like the other planets.
https://www.solarsystemscope.com/sp...nd-rotational-characteristics-of-earth_02.jpg

Our planet began totally covered in ice. The frozen state could not have occurred in its current orbit because of the heat our suns radiation.

The Snowball Earth hypothesis proposes that during one or more of earth's icehouse climates, Earth's surface became entirely or nearly entirely frozen, sometime earlier than 650 Mya (million years ago) during the Cryogenian period.
TinyURL.com: ybzpbae7

Snowball Earth: The times our planet was covered in ice

Ancient rocks suggest that ice entirely covered our planet on at least two occasions. This theory may help explain the rise of complex life that followed.
The story of Snowball Earth

Once our planet began circling our sun the ice covering our earth began to slowly melt, creating the oceans we see today and even today this ice continues to melt.

Anyone agree/disagree-?
Disagree.
Earth sits very comfortable within Sol's rotational plane. If it came from outside it would be skewed to the plane and/or have an unusually elongated orbit.
 
Disagree.
Earth sits very comfortable within Sol's rotational plane. If it came from outside it would be skewed to the plane and/or have an unusually elongated orbit.
It's possible that it could have come along at precisely the right speed and course to have fallen into its current orbit in the ecliptical plane. Just extreeeeeeeemely unlikely.
 
It's possible that it could have come along at precisely the right speed and course to have fallen into its current orbit in the ecliptical plane. Just extreeeeeeeemely unlikely.
True.
But even then the orbit would most likely resemble that of a comet rather than a native planet.
 
True.
But even then the orbit would most likely resemble that of a comet rather than a native planet.
If it came in at the Earth's current orbital velocity on the plane of the ecliptic and tangential to our current orbit, it would end up in the same orbital state in which it currently exists. It's just the odds of it doing that are gazillions to one.
 
Listen stupid
micky mouse has spoken

how-to-draw-an-easy-mickey-mouse-face-featured-image-1200.png



the James Webb telescope orbits earth in a vacuum. They will only twinkle if seen through and atmosphere.
The light coming from these images seems to sparkle.

The link below explains what is causing this sparkling. They are not “sparkles but an image flaw that creates this illusion.
25 jaw-dropping James Webb Space Telescope images

But being the genius you are, I’m sure you already knew this.

It is clear you are a republicon
pU.yuk.jpg

:)-
 
micky mouse has spoken

View attachment 797591



The light coming from these images seems to sparkle.

The link below explains what is causing this sparkling. They are not “sparkles but an image flaw that creates this illusion.

But being the genius you are, I’m sure you already knew this.

It is clear you are a republicon
View attachment 797593
:)-
Mickey Mouse is Einstein compared to you. Wait, omg, you're right! I can see them twinkle!

detail_as11-44-6551_orig.jpg
 
Mickey Mouse is Einstein compared to you. Wait, omg, you're right! I can see them twinkle!
Listen sweetie,.,,.,.,.,.,.,,
Fall, fall asleep before your mom catches you at a computer while you pick your nose.
1687466212032.jpg

And for God's sake stop eating your pickens
:)-
 
I have a new theory about the origin of earth. I believe our planet came from someplace else and when it passed our sun it was caught up in the gravity pull of our sun and now circles our sun like the other planets.
https://www.solarsystemscope.com/sp...nd-rotational-characteristics-of-earth_02.jpg

Our planet began totally covered in ice. The frozen state could not have occurred in its current orbit because of the heat our suns radiation.

The Snowball Earth hypothesis proposes that during one or more of earth's icehouse climates, Earth's surface became entirely or nearly entirely frozen, sometime earlier than 650 Mya (million years ago) during the Cryogenian period.
TinyURL.com: ybzpbae7

Snowball Earth: The times our planet was covered in ice

Ancient rocks suggest that ice entirely covered our planet on at least two occasions. This theory may help explain the rise of complex life that followed.
The story of Snowball Earth

Once our planet began circling our sun the ice covering our earth began to slowly melt, creating the oceans we see today and even today this ice continues to melt.

Anyone agree/disagrGoats.


Ummmmm, not a new theory, and you aren't the first.

Sorry to burst your bubble.
 

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