Monodirectional Electromagnetic *field*

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SUMMARY

The discussion centers on the concept of a monodirectional electromagnetic field, which contradicts the established theory that magnetic field lines must form closed loops. Participants inquire about failed experiments that challenge this theory and explore whether quantum physics predicts such phenomena. The conversation highlights the behavior of electromagnetic energy as both waves and particles, specifically referencing the transition of electrons in atomic states and the propagation of photons.

PREREQUISITES
  • Understanding of electromagnetic theory
  • Familiarity with quantum physics principles
  • Knowledge of particle-wave dualism
  • Basic concepts of atomic transitions and photon behavior
NEXT STEPS
  • Research failed experiments related to the closed-loop theory of magnetic fields
  • Explore quantum physics predictions regarding unidirectional electromagnetic fields
  • Study the implications of particle-wave dualism on electromagnetic energy
  • Investigate the behavior of photons during atomic transitions, particularly the 2p to 1s transition
USEFUL FOR

Physicists, electrical engineers, and students of quantum mechanics interested in advanced electromagnetic theories and their implications.

taylaron
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Hi There, I've grown an interest in the concept of a mono-directional electric or magnetic field. I am aware of a theory of physics (i do not know which one) which states that any magnetic field lines must be a closed loop. Could anyone direct me to some apparently failed experiments attempting to disprove this theory?

So in essence, you would have a device or material that has a magnetic or electric field of sorts that propagates in one direction away from the object. no closed loop; it would go forever.

does quantum physics predict a phenomenon like this?

regards,
-Tay
 
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taylaron said:
So in essence, you would have a device or material that has a magnetic or electric field of sorts that propagates in one direction away from the object. no closed loop; it would go forever.
In the particle-wave dualism, electromagnetic energy can behave either as waves or as particles (photons). If a bare proton captures a free electron, the electron will cascade down through various atomic states, finally going through a 2p-> 1s transition. The various photons have a well defined wavelength lambda = h c/E where E = h v. These photons propagate away from the source at the velocity of light, with their electric E and magnetic H vectors both perpendicular to the direction of motion. Photons like these could travel half way across the Universe.
 

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