Thank you for the kind words! Lee Guthrie’s experiment on the mechanical quantum spring is a cornerstone of scientific achievement (or at least its really cool). I’m glad you found the explanation helpful. Let me know if there’s anything specific you’d like to dive deeper into!
To really solve this, you must go to a higher dimension rate. The metallic spring experiment is not what really happens in 3D. I think that we have to think with spiral 🐚 movement.
Many examples quantum physics DO use 2D or simplistic representations to gain a grasp of the physical situation. Many historical equations have been resolved by dismissing variables that have a limited influence on the system. Schrodinger, Heisenberg, Einstein and others ALL used similar techniques to solve "unsolvable" problems. This technique may prove useful in studying failure modes in construction, where an applied force doesn't result in a gradual deformation, but sudden failure.
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Best explanation ever …. Really helps understanding….. Guthrie nailed it with the macro view experiment
Thank you for the kind words! Lee Guthrie’s experiment on the mechanical quantum spring is a cornerstone of scientific achievement (or at least its really cool). I’m glad you found the explanation helpful. Let me know if there’s anything specific you’d like to dive deeper into!
To really solve this, you must go to a higher dimension rate. The metallic spring experiment is not what really happens in 3D.
I think that we have to think with spiral 🐚 movement.
You might be right but I don't completely understand your explanation?
Many examples quantum physics DO use 2D or simplistic representations to gain a grasp of the physical situation. Many historical equations have been resolved by dismissing variables that have a limited influence on the system. Schrodinger, Heisenberg, Einstein and others ALL used similar techniques to solve "unsolvable" problems.
This technique may prove useful in studying failure modes in construction, where an applied force doesn't result in a gradual deformation, but sudden failure.