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Gold Barz
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Would forces act with the same symmetry in 4D as it does in 3D?
Gold Barz said:You have a point but I was just asking for the answer in laymens terms.
Gold Barz said:I don't mean to be a wiseguy and I am not trying to be but isn't this the forum where you get help from people who are more knowledgeable than you about physics?
ZapperZ said:There are PLENTY of things you should learn and be curious about that you CAN comprehend. Build up the FOUNDATION to be able to understand the property of higher dimensional space. There are no short cuts! I've seen you post a series of questions related to 4D spaces. Did you think you actually understood all those responses? What did you gain? Was it worth the effort and time to get answers that you soon will forget? So what did you learn out of all that?
You learn NOTHING if it isn't based on what you already know and understand. We learn and understand things when it is built on top of existing understanding. That's why physics is taught in sequence, and the subject matter gets more complex and one understands more. Being TOLD about things that appears out of nowhere is not how one learns. This is what you wish to do.
Zz.
shaner-baner said:Richard Feynman, the late Nobel Laureate in physics, was once asked by a Caltech faculty member to explain why spin one-half particles obey Fermi Dirac statistics. Rising to the challenge, he said, "I'll prepare a freshman lecture on it." But a few days later he told the faculty member, "You know, I couldn't do it. I couldn't reduce it to the freshman level. That means we really don't understand it."
The symmetry of forces is not affected by the number of dimensions. In both 3D and 4D, forces follow the same laws of physics and exhibit the same symmetrical behavior.
There is currently no evidence to suggest that forces behave differently in 4D compared to 3D. The laws of physics, including the symmetrical behavior of forces, have been extensively tested and found to hold true in both 3D and 4D.
The concept of "force" remains the same in both 3D and 4D. It is a measure of the interaction between objects, causing them to accelerate or exert a push or pull on each other.
Studying forces in 4D could potentially lead to new insights or discoveries. The additional dimension may reveal new symmetries or patterns in the behavior of forces that were previously unknown in 3D.
Scientists study forces in higher dimensions through mathematical models and simulations. While it is not possible to physically observe and manipulate objects in 4D, mathematical models allow scientists to make predictions about the behavior of forces in higher dimensions.