Connections between Gravity, Magnetism and Electricity

Good day dear community, first of all I would like to welcome you all to my new post and hope you had a day that brought some positive experiences into your life! In this post, I would like to talk a little about technology and hope you are able to expand your knowledge.

In this post, I would like to discuss the general connections between electricity, gravity and magnetism and in order to make this post a little more attractive, I have created some works of art with the help of artificial intelligence. The connection of the two topics of magnetism and electricity is also referred to as electromagnetism and there are numerous similarities between the two things and the same properties appear in both magnetism and electricity and also according to the theory of the Scottish physicist James Clerk Maxwell (1831 - 1879), electricity or magnetism are connected in a complicated way. Among other things, Maxwell dealt a lot with electromagnetic fields as well as waves and his research in this area brought many insights to light which are still of great importance today and he can be regarded as one of the pioneers of his time and his equation for electromagnetism was particularly formative. Gravity also defines one of the most important forces from a physical point of view and is based on the attraction of masses that attract each other. If gravity is added to these two properties, this can be considered as a whole field that is closely connected to each other and there are also connections that confirmed these associations, but unfortunately there were too few researchers in the past who had dealt more closely with a unified field equation and much of the research in this area was generally often suppressed. The few researchers who had dealt with a common field equation were either ignored or too little funded and some interesting research on the subject comes from Thomas Jefferson Jackson See (1866 - 1962) and in his research he combined the properties of these different properties and transferred them to different longitudinally compressed fields in the ether with different wavelengths. Unfortunately, there were too few people who supported him at that time and recognized the potential of his theory and even in recent decades there have only been a few scientists who decided to get closer to this topic.

Thanks for taking the time to read through my post and I hope you like it and can learn something new about this interesting topic!