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Put a flat earthier into space

Friction.

Friction. Simply super agitated atmospheric matter on your skin.

And?

Have you ever used a mirror to reflect the sun onto something?
If you have, did it heat up?

Uvb rays being absorbed by water means they'll be absorbed by the ice dome.
Water may reflect back the light, but the uvb which causes sunburn doesn't reflect back.

Just becase you can reflect heat doesn't mean you'll reflect uvb. That's why you can't get a tan sitting against a radiator.
 

That is still canny. Is that one shot or from a processed video? What size scope?
Still shot through my phone.
Thinking of getting a ZWO camera so I can try my hand at getting some decent astrophotography. Keep putting it off because I got tempted way out my initial budget for the scope.
It's from GSO 8" Dobson 200/1200. I did a bit research and was tempted for Apertura AD8 but couldn't find one and this looked very similar. I did think about messaging you but bottled it!
 
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Still shot through my phone.
Thinking of getting a ZWO camera so I can try my hand at getting some decent astrophotography. Keep putting it off because I got tempted way out my initial budget for the scope.
It's from GSO 8" Dobson 200/1200. I did a bit research and was tempted for Apertura AD8 but couldn't find one and this looked very similar. I did think about messaging you but bottled it!
The Zwo cameras are great and video is the way to go. You will need something to run it on, such as a laptop or a raspberry pi running astroberry ( ). Or if you usually set up your telescope near the house, a long cable might do it.
 
I'm not disputing the lights in the sky, I'm asking if you see the colours and the big eye of jupiter. Have you?
Yes I have, the colour banding is quite obvious as is the great red spot. Again this will depend on whether you look through a decent scope. As I said previously there are plenty of observation nights at Kielder, get yourself along and look for yourself. Also time of year is important as you will get your best views when Jupiter is at it's closest point
 
Yes I have, the colour banding is quite obvious as is the great red spot. Again this will depend on whether you look through a decent scope. As I said previously there are plenty of observation nights at Kielder, get yourself along and look for yourself. Also time of year is important as you will get your best views when Jupiter is at it's closest point

There are a number of ‘pop-up’ observatories now. One in Upper Teesdale and another at Wark. Each with excellent facilities.
 
Still shot through my phone.
Thinking of getting a ZWO camera so I can try my hand at getting some decent astrophotography. Keep putting it off because I got tempted way out my initial budget for the scope.
It's from GSO 8" Dobson 200/1200. I did a bit research and was tempted for Apertura AD8 but couldn't find one and this looked very similar. I did think about messaging you but bottled it!
Follow up thought, if you got a phone eye piece mount, you might be able to take video and stack that for a better image. Not sure how much they are. Searching mobile phone astrophotography stacking suggests people have done it. Going out in 2 mins so jot had time to follow links
 
But oil reduces friction so why does it work to cook skin or food? Surely it will reduce the friction and therefore reduce the heat and stop the cooking? If your idea that all heat is caused by friction is right.
Reducing friction on moving parts and frying on your skin or in a pan is all down to what heat is applied to it.
Either way it's all friction whether it's at high or low friction and frequency and the force applied.
Uvb rays being absorbed by water means they'll be absorbed by the ice dome.
No.
The ice dome would simply start turning back to superfluid under the smallest friction/agitation of the expanded matter up there.

Water may reflect back the light, but the uvb which causes sunburn doesn't reflect back.

It's not water, it's hydrogen/helium ice and superfluids from it as energy passes over and around.
It acts like a mirror and is not dense like water.
Just becase you can reflect heat doesn't mean you'll reflect uvb.
No, but it can be absorbed.
That's why you can't get a tan sitting against a radiator.
No, but you can become red raw if you sat there long enough.
 
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Reducing friction on moving parts and frying on your skin or in a pan is all down to what heat is applied to it.
Either way it's all friction whether it's at high or low friction and frequency and the force applied.

No.
The ice dome would simply start turning back to superfluid under the smallest friction/agitation of the expanded matter up there.



It's not water, it's hydrogen/helium ice and superfluids from it as energy passes over and around.
It acts like a mirror and is not dense like water.

No, but it can be absorbed.

No, but you can become red raw if you sat there long enough.

What is a superfluid then?
 
It's not water, it's hydrogen/helium ice and superfluids from it as energy passes over and around.
It acts like a mirror and is not dense like water.

Please provide proof. An image of this or chemical analysis.
You believe in science sufficiently to acknowledge the existence of individual elements. The same science which uses the exact same principles to explain how space and other planets behave.
So please provide proof in a format which can be checked, reviewed and validated. As happens with other scientific models.
 
Reducing friction on moving parts and frying on your skin or in a pan is all down to what heat is applied to it.
Either way it's all friction whether it's at high or low friction and frequency and the force applied.

No.
The ice dome would simply start turning back to superfluid under the smallest friction/agitation of the expanded matter up there.



It's not water, it's hydrogen/helium ice and superfluids from it as energy passes over and around.
It acts like a mirror and is not dense like water.

No, but it can be absorbed.

No, but you can become red raw if you sat there long enough.

I didn't consider it that way. I thought it was just ice made from water.
What is a superfluid? I've never heard the term with my limited knowledge of chemistry/physics
 
Reducing friction on moving parts and frying on your skin or in a pan is all down to what heat is applied to it.
Either way it's all friction whether it's at high or low friction and frequency and the force applied.

No.
The ice dome would simply start turning back to superfluid under the smallest friction/agitation of the expanded matter up there.



It's not water, it's hydrogen/helium ice and superfluids from it as energy passes over and around.
It acts like a mirror and is not dense like water.

No, but it can be absorbed.

No, but you can become red raw if you sat there long enough.
Would that not show a massive distortion in the reflection?
 
I didn't consider it that way. I thought it was just ice made from water.
You have to remember that the atmosphere gets thinner in terms of life giving for us. It becomes less dense and less agitated.
Think of a helium balloon under inflated and released into the atmosphere.
It expands as it rises. Why?
Because the helium is broken down atmospheric matter into it's much more expanded for but then itself is compressed and contained, then released into a balloon (in this case) and placed into the atmosphere.

The balloon itself does not rise. The atmosphere acts just like the sea does. It tries to crush it but in doing so only crushes it up due to the helium being massively less dense than the atmosphere it was placed in at sea, lower level.

As that balloon rises it is always being crushed and always rising because of it but as it rises it's always rising into less dense atmosphere. Thinner more expanded atmospheric matter which also allows the helium molecules to start expanding themselves, which is why you see the balloon gain in size.

Once that helium and balloon skin, etc, becomes equalised with the above atmosphere it gets breached and the material of the balloon and whatever was with it is now pushed back down. The helium inside would then expand a little more and take its place in the higher atmosphere.



What is a superfluid? I've never heard the term with my limited knowledge of chemistry/physics
A super fluid is where an element (let's use helium/hydrogen as a yardstick) hits a spot where it is in a state of attempted freeze but is in such low pressure but with some energy still creating a friction, causing it to expand and contract.

Basically this would be what is happening on the dome.
This can create a sort of icicle or many.

A superfluid and then a freeze as the energy passes.
 
Been on google trying to educate myself.



So the freezing point of helium -272°c. That ice dome must be pretty cold.


If what you say @Nukehasslefan is right about it becoming a liquid when the sun hits it... from what I've read that's between -269°c and -272°c.

It becomes a gas at -268.9°c.

So how can it reflect back heat on to the ground at 35°c?
How does it get 300°c hotter on it's way back to the surface of the earth?
If the heat from central crystal energy force projection isn't enough to turn it into a gas already, where is this reflection being heated up?
 
A super fluid is where an element (let's use helium/hydrogen as a yardstick) hits a spot where it is in a state of attempted freeze but is in such low pressure but with some energy still creating a friction, causing it to expand and contract.

Basically this would be what is happening on the dome.
This can create a sort of icicle or many.

A superfluid and then a freeze as the energy passes.

How do you know this?
 
Been on google trying to educate myself.



So the freezing point of helium -272°c. That ice dome must be pretty cold.

Absolutely....but we are down here and that is up there, so it's not really a case of cold but rather a simple case of dormancy. Extreme lack of friction.

Down here we are in massive dense pressure and agitation from matter. Our skin feels it and we vibrate or sweat depending on that friction, meaning cold or hot, respectively.

If what you say @Nukehasslefan is right about it becoming a liquid when the sun hits it... from what I've read that's between -269°c and -272°c
It becomes a gas at -268.9°c.
So how can it reflect back heat on to the ground at 35°c? How does it get 300°c hotter on it's way back to the surface of the earth?
By hitting more dense atmosphere and creating massive friction of it which is then channelled to us if we are in that path.



If the heat from central crystal energy force projection isn't enough to turn it into a gas already, where is this reflection being heated up?
You have to remember the projection is moving away from each spot pretty quickly at height which is why the superfluids and ice are created at those points. Superfluid and then back to ice and the remnants of it (icicle build).
How do you know this?
It doesn't really matter about how or what I know. All that matter is, I am answering your questions whether you believe it or think on it or brush it off as fictional wordings of a nutter.
 
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By hitting more dense atmosphere and creating massive friction of it which is then channelled to us if we are in that path.

But it doesn't heat up on the way there?
It doesn't really matter about how or what I know. All that matter is, I am answering your questions whether you believe it or think on it or brush it off as fictional wordings of a nutter.

I'm just wondering if you've created suoerfluid yourself to know about it. I'd never heard of it before today
 
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