The discussion confirms that space-time does not differ for ionized fuel moving near the speed of light within a magnetic field, as posed in the title question. Participants unanimously agree that virtual particles are not actual particles and do not exhibit linear motion; they serve merely as mathematical tools in calculations. Additionally, it is established that magnets do not emit particles, and magnetic fields cannot be directed like lasers to create travel paths. The consensus emphasizes the need for clarity in questioning to facilitate better discussions.
PREREQUISITESThis discussion is beneficial for physicists, students of particle physics, and anyone interested in the interactions of magnetic fields with high-speed particles in theoretical and experimental contexts.
Should I delete this question?Nugatory said:The answers to all three questions (the one in the title and the two in the post) are “no”.
Virtual particles don't move. They're bookkeeping devices for certain calculations which mathematically (!) look like particles in certain ways.Nonametheone said:Yes but I still think virtual particles can have linear motion without a receiver. I will read more of it soon. I still have yet to learn equations.
Then what are the particles that a magnet emits?haushofer said:Virtual particles don't move. They're bookkeeping devices for certain calculations which mathematically (!) look like particles in certain ways.
So what is a magnet emitting?weirdoguy said:There is no particles that magnet emits.
Magnetic field can't be directed as a path, field created will be around the magnetic material.Nonametheone said:Summary: Can a magnetic field be directed like a laser to create a fine path to travel upon?
Summary: Can a magnetic field be directed like or with in laser or beam to create a fine path to travel upon?
Does space time differ for matter with magnetic properties moving within a magnetic field in a particle accelerator?