Questions About Vacuum: Searching for Answers

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In summary, The conversation discusses the topic of vacuum and its properties. The speaker has questions about the quantum and energy state of vacuum, whether it behaves like waves, how to measure distances between vacuums, and if there is more to learn about its properties. The speaker also shares their personal theory about vacuum possibly behaving like a wave and its potential connections to gravity and other forces. However, the guidelines of the website do not allow for discussion of personal theories.
  • #1
AlienUFO
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I never found anything about vacuum, instead of emptiest space, ether theory, gravity... there's not much definition about vacuum.

I have some question about vacuum;
Q1)Does vacuum have quantum/energy state?
Q2)Does vacuum behave like waves?
Q3)How to know distant between vacuums exactly?
Q4)Is there anything more about vacuum properties?

I found that if vacuum really behave like wave, there is really different to the way to understand and visualise physics phenomenon. At the first I tought I can find some new discovery, however, it seems to be fatal.

At first it may fit some fenomena, the general relativity and Lorent contraction. What I assume is mass is due to the oscillating factor due to the wave, the more oscillating factor(fast or slow, damp or loose... I don't know how, it just philosophical ideas), the more the mass; when the mass move faster, the oscillating factor also increase. These also "applyable" to photon, however photon don't have mass. However, both mass and photon share same properties of this oscillating factor: both wavelenght decrease at higher magnitude of this oscillating factors.

I also though that gravity can be visualise by wave like vacuum/space, but i have no idea what I am thinking about. Even for electromanetic, strong and weak force I had tried.

Anyway, yet I still like to know about vacuum. Anyone who know about vacuum?
 
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  • #2
Vacum means empty space.
Are your sure your it's a vacuum your talking about or somthing elese?
 
  • #3
Yah I know, vacuum is just empty, what I mean is, does vacuum posses some kind of reaction that related to current phenomena?

For example, electron and positron react to each other, instead of talking about mass and charge, is it possible the "properties" of vacuum take into account?

And that's why I tried to think weither vacuum is wave or not.
 
  • #4
If you will read the guide lines you agreed to, to post on this web site. You will find that discussion of personal theories is not permitted.
 

FAQ: Questions About Vacuum: Searching for Answers

What is a vacuum and how does it work?

A vacuum is a space that is completely devoid of matter, including air. It is created by removing all air particles from a container or space. Vacuums work by using a pump to remove air particles, creating a low pressure environment which causes objects to be pulled towards it.

How is a vacuum used in everyday life?

Vacuums are used in a variety of ways in everyday life. Some common examples include vacuum cleaners for cleaning floors and carpets, vacuum sealing food for storage, and vacuum pumps for medical procedures or industrial processes.

Can anything exist in a vacuum?

While a true vacuum is completely devoid of matter, some particles may still exist in a near-vacuum, such as in outer space. However, these particles are spread out and have little effect on objects. In general, it is very difficult for anything to exist in a vacuum due to the lack of air and pressure.

What are the dangers of working with vacuums?

The main danger of working with vacuums is the potential for implosion or explosion. As the air is removed from a container, the pressure inside decreases, which can cause the container to collapse inwards. In addition, some substances or chemicals may react differently in a vacuum, leading to unexpected and potentially dangerous reactions.

How does the study of vacuums relate to other scientific fields?

The study of vacuums is closely related to many other scientific fields, including physics, chemistry, and engineering. Understanding the properties and behaviors of vacuums is crucial in many areas of science and technology, such as space exploration, electronics, and materials research.

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