Cause and Effect Without Frame of Reference

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Discussion Overview

The discussion revolves around the concepts of cause and effect in the absence of a frame of reference, exploring whether movements in opposite directions can be considered equivalent without comparative context. Participants engage with theoretical implications and mathematical constructs related to reference frames.

Discussion Character

  • Exploratory
  • Conceptual clarification
  • Debate/contested

Main Points Raised

  • One participant questions whether cause and effect can be considered the same without a frame of reference, using a hypothetical scenario of a ball moving in an infinite plane.
  • Another participant asserts that a frame of reference is a mathematical construct, suggesting that movements in opposite directions appear identical and that the definition of direction is arbitrary.
  • A participant seeks clarification on whether moving a ball away from its origin is equivalent to moving it back, highlighting their struggle with the concept.
  • One contributor emphasizes the flexibility of defining coordinates, arguing that the choice of reference frame should simplify problem-solving rather than complicate it.
  • Another participant introduces a critique of reasoning that omits the integral nature of movement, suggesting that comparisons are inherently tied to the observer's perspective.
  • A participant reiterates the question about the equivalence of movements relative to the origin, emphasizing that the origin is a mathematical tool rather than a physical entity.
  • One participant reflects on the implications of the observer's role in establishing a geographical reality in the context of cause and effect.

Areas of Agreement / Disagreement

Participants express differing views on the nature of reference frames and their implications for understanding cause and effect. No consensus is reached, and multiple competing perspectives remain present throughout the discussion.

Contextual Notes

Participants note the limitations of their arguments, including the dependence on definitions of reference frames and the mathematical nature of coordinates. The discussion does not resolve these complexities.

shadow15
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Before I say anything, I don't really have any experience in physics. But this question just popped into my mind concerning cause and effect and I can't seem to find the answer to it on the web.

Here it is...Are cause and effect the same thing if a frame of reference is not present?

For example if you imagine a white, even canvas stretching out infinitely in both the x and y direction, and a ball is able to somehow levitate above it without producing a shadow. Would moving the ball in the -x direction be the same as moving it in the +x direction. In other words, could this process be reversed and look like the same thing in either direction?

Thanks in advance
 
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A frame of reference is a mathematical construct. Its "existence" is similar to the "existence" of the number 2.
Would moving the ball in the -x direction be the same as moving it in the +x direction.
Everything will look the same - and the definition of the x-direction is arbitrary anyway (there is no "physical x-direction" in space).
 
Maybe I need to rephrase my question.

Is moving the ball away from its origin the same thing as moving it back to it if you have nothing to compare it to?

This is probably a ridiculous or possibly obvious question, but I just can't seem to wrap my head around it.
 
You can define coordinates however you want as long as the problem is easier to solve that way. That's a central principle of science and engineering and one that must be accepted as a total absolute fact that can never be changed if you want to get anywhere.

For example it makes ZERO SENSE AT ALL to calculate orbital mechanics from the Sun's rest reference frame. But that's "more accurate" than from the Earth's rest reference frame... but who cares? It doesn't make a difference in the end and it just makes things harder.

If you want to be really "accurate" you'd calculate say Formula 1 races from the galactic rest frame... you see how ludicrous this is if we *COULD NOT* arbitrarily set reference frames?
 
I think the fallacy is duality trap reasoning by omitting the original integral 1/x. Without the latter one forgets that shadow15s question hides that the movement is always in respective of the person so surmising. Comparison to self is unavoidable and a valid mathematical statement which leaves out a marker for the person writing the equation, doesn't exist. Einstein's elaborate configuration of space and time doesn't mean that the universe actually looks that way, but by positing such a grand conception, people want to believe it, and then they make it true.
 
Last edited:
shadow15 said:
Is moving the ball away from its origin the same thing as moving it back to it if you have nothing to compare it to?
"Origin" of your coordinate system is not a physical object. It is a mathematical tool, and you can place it wherever you want. While you might describe the ball as "moving away from the origin", I can describe it as "moves towards the origin" at the same time - and we will both get the correct physics.
 
Shadow15's original question was if cause and effect operated. I appreciate that basic math symbolism can investigate if it does. Is this also about the shape of our surroundings? Does the observer actually establish something absolute?

MFB's statement: " "Origin" of your coordinate system is not a physical object. It is a mathematical tool,"
That is true. Its also true that the observer did something and thus topologically marked where he did it. The observer Imbues the "moving ball was measured" event with a geographical reality.

Chill_Factor says it depends on what the problem is, if "the problem is easier to solve." That implies that the ball being measured is caused by a number of factors producing an effect.
 

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