Smaller particles between the air molecules?

In summary, the concept of "nothing" is not applicable in physics as there are always particles and fields present in any space. The idea of infinite divisibility and existence through senses suggests that nothing is always something, albeit on a smaller scale. The limitations of physics prevent the acceptance of nothing as a possibility, hindering further discoveries.
  • #1
theriddler876
98
0
can you really have nothing, for example you have two balls one meter appart, you can say that there is nothing between them, however there are air molecules between them right, well couln't there be other smaller particles between the air molecules? and then smaller particles between those, in such a fashion that could go on forever, so how can nothing exsist?
 
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  • #2
There are many 'virtual' particles popping in and out of existence, as allowed by the Uncertainty Principal, in any 'empty' space. So no, you can't have 'nothing'.
 
  • #3
There exist weak electromagnetic and other fields between the molecules, but usually no other particles.
 
  • #4
When you think of something that is matter, you can use induction to imply it is infinite. Meaning, that is has not end, it is infinitely divisible, which is to only say it exists really. You cannot think about it, if it is not sensed, therefore all things sensed direct or indirectly exist to some probability of accuracy.

Space is only understood in light of things that do exist. Nothing, therefore, is always something. It's just a bit imaginately smaller than most things.
 
  • #5
Actually YOU can have nothing. Physics on the other hand sticks to what it can test and thus doesn't allow it. I think that kind of ignorant thought is what's kept us, and is still keeping us, from finding the U.F.T.
 

Related to Smaller particles between the air molecules?

1. What are smaller particles between air molecules?

Smaller particles between air molecules are known as aerosols. They are tiny solid or liquid particles that are suspended in the air.

2. Where do these smaller particles come from?

Smaller particles between air molecules can come from various sources such as natural processes like volcanic eruptions, dust storms, and forest fires, as well as human activities like burning fossil fuels, industrial processes, and transportation.

3. How do smaller particles affect air quality?

Smaller particles can have a significant impact on air quality. They can reduce visibility, cause respiratory problems, and contribute to the formation of smog and acid rain. They can also act as nuclei for cloud formation and affect the Earth's climate.

4. Can smaller particles be removed from the air?

Yes, smaller particles can be removed from the air through various methods such as filtration, electrostatic precipitation, and chemical reactions. However, some smaller particles may be too small to be effectively removed by these methods.

5. Are there any benefits to smaller particles in the air?

While smaller particles can have negative impacts on air quality, they also have some benefits. They can help cool the Earth's surface by reflecting sunlight back into space, and they can act as nutrients for plants and marine organisms.

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