Where will the point be located?

ольга said:
Вы можете смоделировать пространственную сеть на хорошем компьютере. Соедините линиями галактики, объекты внутри галактик, и атомы внутри объектов. Увидите, как меняются ячейки сети. Это ваши электромагнитные волны.
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Electromagnetism works on the atomic scale NOT galactic. You are not reading my posts are you?
If you cannot be bothered to even read my information why should I keep translating and replying?
That is disrespectful.
 
ольга said:
Этому в школе учат: электроны выстраиваются в определённой последовательности и создают магнетизм.
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Really? Is that it? From that you decided to create your own physics?
 
Pinball1970 said:
Electromagnetism works on the atomic scale NOT galactic. You are not reading my posts are you?
If you cannot be bothered to even read my information why should I keep translating and replying?
That is disrespectful.
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Вы же говорили о расширении Вселенной? Вы не читали мои посты. Я объясняла, как образуются струны, которые и создают электромагнитные волны.
 
Pinball1970 said:
Really? Is that it? From that you decided to create your own physics?
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Я ничего не создавала. Просто сложила то, что уже было создано. Минут за 40. Просто поспорила однажды.
 
Pinball1970 said:
DaveC426913 gave you some good advice when you first started.
If you are keen to think outside the box, learn what is in the box FIRST.
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Я и так вижу что находится в коробке. Мыслю как получается, я специально этого не делаю. Но мозги вывернутые в хорошем смысле, это я много раз слышала.
 
I don't know where you're going with this. A proton is essentially a hydrogen ion: H+. It will act like any other gas atom in the vacuum of interplanetary space. It may have some residual motion from collisions (you never explained how it got to the L-point in the first place). If it encounters another ion, it might combine. If it encounter another atomic hydrogen proton, it will likely combine to form an H2 gas molecule. Etc. etc.
 
ольга said:
Вы же говорили о расширении Вселенной? Вы не читали мои посты. Я объясняла, как образуются струны, которые и создают электромагнитные волны.
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What? Strings? You are telling me you understand string theory now?
 
ольга said:
Я и так вижу что находится в коробке. Мыслю как получается, я специально этого не делаю. Но мозги вывернутые в хорошем смысле, это я много раз слышала.
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Bullshit.

Physics, the study of, is allowing you to post right now.
 
DaveC426913 said:
I don't know where you're going with this. A proton is essentially a hydrogen ion: H+. It will act like any other gas atom in the vacuum of interplanetary space. It may have some residual motion from collisions (you never explained how it got to the L-point in the first place). If it encounters another ion, it might combine. If it encounter another atomic hydrogen proton, it will likely combine to form an H2 gas molecule. Etc. etc.
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Давайте попробуем решить задачу по другому. Представим себе гипотетический идеальный шар. Что с ним произойдёт - его разорвёт собственной гравитацией или наоборот сожмёт?
 
Pinball1970 said:
Bullshit.

Physics, the study of, is allowing you to post right now.
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Какую статью? Зачем мне её публиковать? Есть люди, которые всю жизнь положили на то, чтобы понять как устроена материя. Пусть они публикуют если хотят.
 
ольга said:
Let's try to solve the problem differently. Let's imagine a hypothetical ideal sphere. What will happen to it - will it be torn apart by its own gravity or, on the contrary, will it be compressed?
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I don't understand what the "problem" is. The L points are the same as anywhere else in interplanetary space.
Your hypothetical sphere will orbit the sun, wandering around its L point just like it would anywhere else in the system - it just happens that this is a little more stable than other places. Nothing's getting torn apart or compressed.



ольга said:
This is not string theory. You haven't read it yet.
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Wait what? You're developing your own "theory"? I'm spending my time teaching you about Lagrange points so you can go off and make up a bunch of your own ideas? Is that why you're asking weird questions about getting torn apart and compressed?

That makes no sense. Do you not see the folly in trying to develop your own ideas when you don't have a grasp on the fundamentals upon which you're trying to base your ideas?

"I've got this new idea for an internal combustion engine. But first, can you just explain to me how internal combustion works?"

No. Put your student hat back on.
 
ольга said:
Какую статью? Зачем мне её публиковать? Есть люди, которые всю жизнь положили на то, чтобы понять как устроена материя. Пусть они публикуют если хотят.
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Im done. You do not understand the scientific method, how it works or anything relating to the body of knowledge.
 
DaveC426913 said:
I don't understand what the "problem" is. The L points are the same as anywhere else in interplanetary space.
Your hypothetical sphere will orbit the sun, wandering around its L point just like it would anywhere else in the system - it just happens that this is a little more stable than other places. Nothing's getting torn apart or compressed.




Wait what? You're developing your own "theory"? I'm spending my time teaching you about Lagrange points so you can go off and make up a bunch of your own ideas? Is that why you're asking weird questions about getting torn apart and compressed?

That makes no sense. Do you not see the folly in trying to develop your own ideas when you don't have a grasp on the fundamentals upon which you're trying to base your ideas?

"I've got this new idea for an internal combustion engine. But first, can you just explain to me how internal combustion works?"

No. Put your student hat back on.
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Дэйв, я наверное непонятно объясняю. Я задала гипотетическую задачу, точки Лагранжа здесь пока ни при чём. Мы имеем идеальный шар. Пусть он будет размером хоть со Вселенную. Что с ним будет происходить: он будет сжиматься или разрываться собственной гравитацией? Что произойдёт с точкой в центре шара?
 
ольга said:
Dave, I'm probably not explaining it clearly. I've set up a hypothetical problem, Lagrange points have nothing to do with it yet. We have a perfect sphere. Let it be the size of the Universe. What will happen to it: will it shrink or be torn apart by its own gravity? What will happen to the point in the center of the sphere?
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What's it made of? How thick is it? Is there any other matter near it?
Nothing will happen the point at the centre.

Why are you asking? Is this heralding another "new theory of the universe"?
 
ольга said:
Ну хорошо, сдавайтесь. Я возьму Вас в плен.
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I have attempted to show you some 16-18 year level physics. You are absolutely not interested in that.
If you ask a seemingly scientific question again I will keep that in mind before wasting time translating swathes of texts.
 
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