Understanding of physics is slim to none

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In summary, the conversation discusses various perspectives on the nature of time and its relationship with matter. These include the classical view of time as a linear dimension with deterministic movement of matter, the possibility of time being circular and matter drifting around in its orbit, the concept of matter being stationary and time moving past it, and the idea of time expanding and contracting in a similar way to a vortex. The conversation also mentions the role of randomness in quantum mechanics and how it affects our understanding of the past.
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After reading some of the threads, I realize that my understanding of physics is slim to none. However, I am a law student (currently studying patents), and I have become very curious about the subject of time and space. My question is this:

1) Is time stationary, e.g., a time line, and matter is just moving along the line in a linear direction?

2) Or, the same concept, except that time is circular and matter is just drifting around in time's orbit.

3) In contradistinction, matter is stationary, and time is moving past all matter, giving the appearance that matter is moving along time, i.e., the effect of seeing a moving train, when on a stationary train, making it appear as though one is moving backwards.

4) I also read that time is expanding, but could time be expanding while also contracting, similar to the motion of air in the vortex of a tornado?

I appreciate any insight that may help to satisfy my curiosity. Thank you.
 
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noviceguy said:
After reading some of the threads, I realize that my understanding of physics is slim to none. However, I am a law student (currently studying patents), and I have become very curious about the subject of time and space. My question is this:

1) Is time stationary, e.g., a time line, and matter is just moving along the line in a linear direction?

Classically, yes, time can be seen as a time-line with matter moving in a deterministic fashion. This perspective works for euclidean geometry, but not for complex spaces.


noviceguy said:
2) Or, the same concept, except that time is circular and matter is just drifting around in time's orbit.

I am assuming you are referring to a sort of "grandfather-paradox" style scenario, where *if matter could affect the (deterministic) past, it would affect the origin of itself and could only exist in conjunction with itself in the past? I am not sure I made any sense there hahah, but anyways from my interpretation QM forbids this, because randomness caused by the "movement" of matter makes the past only a memory, not a tangible dimension, simply because when you "rewind" the system (or even individual particle) you get an entirely different past than what you remember, due to the accumulated randomness of the system.

noviceguy said:
3) In contradistinction, matter is stationary, and time is moving past all matter, giving the appearance that matter is moving along time, i.e., the effect of seeing a moving train, when on a stationary train, making it appear as though one is moving backwards.

To be honest I am not understanding this, but that might just be because I am sleepy hahaha, hopefully someone else can enlighten us.

noviceguy said:
4) I also read that time is expanding, but could time be expanding while also contracting, similar to the motion of air in the vortex of a tornado?

I appreciate any insight that may help to satisfy my curiosity. Thank you.

Well, mindowski space and all of relativity supports the concept of time actually being twisted by matter, and selectively by the distance/time an object is traveling, I suppose you could look at this as expansion and contraction.
 

FAQ: Understanding of physics is slim to none

What does it mean when someone says their understanding of physics is slim to none?

When someone says their understanding of physics is slim to none, it means that they have very little knowledge or comprehension of the concepts and principles of physics.

Why is it important to have an understanding of physics?

Understanding physics is important because it helps us to make sense of the natural world around us. It explains how things work and allows us to develop new technologies and advancements in various fields.

Is physics a difficult subject to understand?

It can be difficult for some people, as it involves complex mathematical equations and abstract concepts. However, with proper instruction and practice, anyone can develop an understanding of physics.

Can someone with no background in science still understand physics?

Yes, with a basic understanding of math and scientific concepts, anyone can learn and understand physics. It may take more time and effort for someone with no background in science, but it is not impossible.

How can I improve my understanding of physics?

Improving your understanding of physics can be done through various methods, such as studying textbooks, attending lectures or online courses, practicing problems, and conducting experiments. It also helps to have a curious and open-minded approach to learning.

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