Put a flat earthier into space

[legend7]

It doesn't stop.
If the energy that created it is there then so will the light.
It only stops to your perception because your vision does not see it over distance.

It can't just be perception though as the result would be the same if I set up a camera at these same points.
Cameras don't have perception they just absorb what light reaches the lens.
Or is this another word that you don't understand? Note that it says senses not sensors below.

perception
/pəˈsɛpʃ(ə)n/

See definitions in:

Psychology
Zoology
noun
1.
the ability to see, hear, or become aware of something through the senses.
"the normal limits to human perception"
2.
the way in which something is regarded, understood, or interpreted.
"Hollywood's perception of the tastes of the American public"

 

[DaveH]

It doesn't stop.
If the energy that created it is there then so will the light.
It only stops to your perception because your vision does not see it over distance.

How about you explain this pressure sealed room that you were in and how you verified equal pressure top and bottom. And also tell me why this is relevant to this part of the discussion.

How about you read the post again? I did explain all that, but I do realise this is one of your deflection tactics. So again….

I’m in charge of a large data centre, and data centres to protect the equipment in there are environmentally controlled. We have annual tests to verify the room is sealed enough to hold it’s pressure integrity.

To monitor the room we have numerous pressure, humidity and temperature sensors. Atmospheric density is a function of those three things.

I put one sensor high near the ceiling and one at floor level and took readings over a spell of half an hour. Pressure, temperature and humidity was exactly the same. The floor is vented and blasts cool humidified air upwards, which would shake up any atmospheric stack in the room. I verified there was no stacking going on in the room. If atmospheric stacks are responsible for making objects fall, everything would float in that room.

Why are you saying I’m a liar and do not have access to such a room?

 

[WillInSpain]

Incredible bit of video editing, it looks like the earth is a globe.

 

[Nukehasslefan]

"That example is thinking of an experiment using the entire open atmosphere with too many variables. But what if we could control the atmosphere density? Atmospheric density is generally calculated as an equation of pressure, temperature and moisture content. So if we had a number of sensors able to measure that, we can accept that the result might not be 100% accurate but they would at least be consistent and let us know the difference between them. Now get a sealed room such as an industrial testing facility, but that could be any controlled environment. Many modern eco houses under go pressure tests to estimate pressure leakage. And also modern computer data centres (large server rooms) are often pressure sealed because of required environmental controls and fire suppression. If you had something in this room mixing up the atmosphere it should be simple to shake it all up a bit and get the same pressure, temperature, humidity and hence atmospheric density at the top of the room and the bottom. For example if you had a vented floor with fans pushing air upwards, such as the cooling system in a modern data centre.

Now might be a good time to mention that I'm in charge of a large modern data centre that is pressure sealed, has large vented floors pushing air upwards and shaking up the air in the room to give a consistent pressure and temperature through out, and it has just passed it's yearly pressure leak test. We have pressure, temperature and humidity sensors around the room in different places to ensure a consistent environment. Today I repositioned these to have some at floor level and some on the ceiling and have been able to confirm there environment between the two (about 2.2 meters in height) is the same. Equal density from top to bottom, excellent.

So flattard logic says that stacked atmosphere squeezes objects downwards and hence a dropped tennis ball would fall to the floor. However in an environment where the density is the same at the ceiling and the floor, there is no squeezing force, so there is no effect or force other than 'so called fictional gravity' that should make the ball fall to the floor? Or at least if the difference in pressure was very slight, the ball should fall really slowly compared to that in my standard atmosphere office.

Guess what happened? I was looking forward to showing everyone how I could make a tennis ball float in mid air and it just dropped to the floor, completely ignoring these new rules supplied by Nukey. Perhaps it had not been told. Although difficult to time because it falls so fast, it did seem to fall at the same rate as in my office. Unfortunately due to security issues and a strict no filming or photography in our data centre, I can not produce a video of this, so I could be telling lies."

It couldn't be much clearer - makes me think you are deliberately avoiding something

So you're telling me you were in a perfectly square sealed room with wall floor and ceiling strength all exact and inside another similar box suspended to ensure perfect set up and also had fans blowing air up to make everything exact and put yourself into this environment then dropped a ball and it didn't float.

Am I getting this right before I move on?

The answer is there if you want to find it. You just have to step out of your asking me mindset. Unless you are willing to do that I can't help you I'm afraid.

Ok no problem.

How about you read the post again? I did explain all that, but I do realise this is one of your deflection tactics. So again….

I’m in charge of a large data centre, and data centres to protect the equipment in there are environmentally controlled. We have annual tests to verify the room is sealed enough to hold it’s pressure integrity.

How do you work in something that holds an exact pressure?

To monitor the room we have numerous pressure, humidity and temperature sensors. Atmospheric density is a function of those three things.

Did you walk into it on a foundation to get in the door?
Is the ceiling built as strong as the foundation it is on?
Are the walls all equal as the ceiling and the foundation?
How do you breathe?
How does your breath exit the facility?
I could go on and on but...well.

I put one sensor high near the ceiling and one at floor level and took readings over a spell of half an hour. Pressure, temperature and humidity was exactly the same. The floor is vented and blasts cool humidified air upwards, which would shake up any atmospheric stack in the room. I verified there was no stacking going on in the room. If atmospheric stacks are responsible for making objects fall, everything would float in that room.

Why are you saying I’m a liar and do not have access to such a room?

I'll call it you being mistaken and not understanding the set up.

By all means offer up something else or whatever you feel.
I've largely bold what's up just for starters. I don't need to go any further with this stuff.

Try something else as an argument.

Incredible bit of video editing, it looks like the earth is a globe.

This is incredible. It almost looks like a globe.

 

[ned_werby]

Dumb as an army mule.

 

[BigPete]

So you're telling me you were in a perfectly square sealed room with wall floor and ceiling strength all exact and inside another similar box suspended to ensure perfect set up and also had fans blowing air up to make everything exact and put yourself into this environment then dropped a ball and it didn't float.

Am I getting this right before I move on?

Ok no problem.

How do you work in something that holds an exact pressure?

Did you walk into it on a foundation to get in the door?
Is the ceiling built as strong as the foundation it is on?
Are the walls all equal as the ceiling and the foundation?
How do you breathe?
How does your breath exit the facility?
I could go on and on but...well.

By all means offer up something else or whatever you feel.
I've largely bold what's up just for starters. I don't need to go any further with this stuff.

Try something else as an argument.

This is incredible. It almost looks like a globe.

Logon or register to see this image

 

[taipeisafc]

So you're telling me you were in a perfectly square sealed room with wall floor and ceiling strength all exact and inside another similar box suspended to ensure perfect set up and also had fans blowing air up to make everything exact and put yourself into this environment then dropped a ball and it didn't float.

Am I getting this right before I move on?

Ok no problem.

How do you work in something that holds an exact pressure?

Did you walk into it on a foundation to get in the door?
Is the ceiling built as strong as the foundation it is on?
Are the walls all equal as the ceiling and the foundation?
How do you breathe?
How does your breath exit the facility?
I could go on and on but...well.

By all means offer up something else or whatever you feel.
I've largely bold what's up just for starters. I don't need to go any further with this stuff.

Try something else as an argument.

This is incredible. It almost looks like a globe.

I wasnt telling you anything it was DaveH but i did work in a pressure controlled building for a few years - a carbon fibre line and they are very common. Pressure control is pretty easy.

 

[WillInSpain]

I wonder how GPS location works without satellite? And sky dishes, what the hell are they pointing to?

 

[Nukehasslefan]

I wasnt telling you anything it was DaveH but i did work in a pressure controlled building for a few years - a carbon fibre line and they are very common. Pressure control is pretty easy.

They may be common but they don't offer anything against what I'm putting forward.

 

[BigPete]

They may be common but they don't offer anything against what I'm putting forward.

No they just totally disprove your atmospheric density bollocks instead

 

[Nukehasslefan]

I wonder how GPS location works without satellite?

Ground positioning stations.
Basically cell tower triangulation.

And sky dishes, what the hell are they pointing to?

Nothing. They're catchers of direct signals coming from towers and relay stations.
Have you never wondered why people's dishes are rarely point up at the sky?
Have you ever wondered why you never have to alter your dish for decades?

Have you ever wondered why anyone would need to send a signal 23,000 miles into so called orbit with a suppose spinning globe to bounce back down to an area through a so called van Allen radiation belt and through and supposed vacuum and then to hit back at an atmosphere and through clouds and what not, to your little dish on your house that is largely almost horizontal on the wall and some with a small angle.

We're offered magic and most of us go with it. And why not?
As long as we get a signal it doesn't matter to most people where it comes from.

No they just totally disprove your atmospheric density bollocks instead

But it doesn't...at all. Not in the slightest.
You're saying it simply to back them up without knowing what you're backing up.

 

[BigPete]

But it doesn't...at all. Not in the slightest.
You're saying it simply to back them up without knowing what you're backing up.

So you even know what I do and don't know now?

Surprised I don't get sacked at work considering I know nothing about the field that I work in.

 

[Nukehasslefan]

So you even know what I do and don't know now?

Surprised I don't get sacked at work considering I know nothing about the field that I work in.

I'm absolutely not interested in what you do. You're doing nothing more than backing up people who offer something you think suits.
I've yet to see you offer anything else, which is fine. I'm just saying.

 

[BigPete]

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That post is the equivalent of everything you have offered in this thread, just saying.

 

[payne]

Ground positioning stations.
Basically cell tower triangulation.



Nothing. They're catchers of direct signals coming from towers and relay stations.
Have you never wondered why people's dishes are rarely point up at the sky?
Have you ever wondered why you never have to alter your dish for decades?

Have you ever wondered why anyone would need to send a signal 23,000 miles into so called orbit with a suppose spinning globe to bounce back down to an area through a so called van Allen radiation belt and through and supposed vacuum and then to hit back at an atmosphere and through clouds and what not, to your little dish on your house that is largely almost horizontal on the wall and some with a small angle.

We're offered magic and most of us go with it. And why not?
As long as we get a signal it doesn't matter to most people where it comes from.

But it doesn't...at all. Not in the slightest.
You're saying it simply to back them up without knowing what you're backing up.

Paranoid as fuck

 

[ned_werby]

Ground positioning stations.
Basically cell tower triangulation.

You'll be able to provide locations of these stations then.

 

[Nukehasslefan]

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That post is the equivalent of everything you have offered in this thread, just saying.

I think you're projecting but I won't go into arguing over it as it gets us nowhere.

 

[payne]

I think you're projecting but I won't go into arguing over it as it gets us nowhere.

Answer like that again and you're blocked

 

[ned_werby]

@Nukehasslefan - how wide is your lemon squeezer world?

 

[Nukehasslefan]

You'll be able to provide locations of these stations then.

Towers and stations are all over the country and the known world.
Take your pick.
Any chance you can show me the 23,000 mile satellites in space that somehow get there and never need repairing and never alter orbit and are just so perfect to get us our satellite TV channels?

I'm patient, I'll wait.

@Nukehasslefan - how wide is your lemon squeezer world?

I don't know.