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General Science / Does the proton spin rapidly in the cyclotron?
« on: 23/08/2016 22:13:35 »
Does the proton spin rapidly in the cyclotron?
As I am trying to understand why an object in motion in free space continues to move in a straight line with constant velocity, it appears to me that either the proton must spin perpendicular to the motion or the gravitational field of the proton must spin perpendicular to motion. Most likely they both spin. However what has been observed by the scientists? In addition do they observe the effects of a spinning electrical field and an associated magnetic field?
If the proton has been observed to spin in proportion to the speed of the proton, then for an object in motion, all the protons within the object must spin or at least their fields must spin. Thus a mass in motion is kept in a straight line because each proton acts like a gyroscope?
What do you guys think?
As I am trying to understand why an object in motion in free space continues to move in a straight line with constant velocity, it appears to me that either the proton must spin perpendicular to the motion or the gravitational field of the proton must spin perpendicular to motion. Most likely they both spin. However what has been observed by the scientists? In addition do they observe the effects of a spinning electrical field and an associated magnetic field?
If the proton has been observed to spin in proportion to the speed of the proton, then for an object in motion, all the protons within the object must spin or at least their fields must spin. Thus a mass in motion is kept in a straight line because each proton acts like a gyroscope?
What do you guys think?