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Part of the fundamental interactions in nature, with the others being gravitation, weak interaction and strong interaction, electromagnetism is the influence that creates the relations between ions (electrically charged particles), and the places in which this occurs are known as electromagnetic fields.
Electromagnetism is the power that keeps the protons and electrons together within the structure of an atom. It allows for the various reactions that occur in chemistry, which happen due to the interactions and connections between the electrons that are both within and surrounding the atoms.
Under the umbrella of electromagnetism come magnetic fields and electric fields. Both are different aspects of the force, and this therefore makes the two fundamentally associated with one another.
For example, should a change occur in an electric field, then a change in the magnetic field is instantly generated. This outcome is known as electromagnetic induction, and it is this that is the foundation for the creation of induction motors, electrical generators and transformers.
The associations that came with the theory of electromagnetism are what, ultimately, led to expansion of Albert Einstein's theory of special relativity in 1905.
Born in Germany in March 1955, Albert Einstein is one of the most well known scientists in the world, highly regarded as having one of the most copious minds in the history of our species.
Einstein won the 1921 Nobel Prize in Physics for his various contributions to the world of science.
- About electromagnetism
Part of the fundamental interactions in nature, with the others being gravitation, weak interaction and strong interaction, electromagnetism is the influence that creates the relations between ions (electrically charged particles), and the places in which this occurs are known as electromagnetic fields.
Electromagnetism is the power that keeps the protons and electrons together within the structure of an atom. It allows for the various reactions that occur in chemistry, which happen due to the interactions and connections between the electrons that are both within and surrounding the atoms.
Under the umbrella of electromagnetism come magnetic fields and electric fields. Both are different aspects of the force, and this therefore makes the two fundamentally associated with one another.
For example, should a change occur in an electric field, then a change in the magnetic field is instantly generated. This outcome is known as electromagnetic induction, and it is this that is the foundation for the creation of induction motors, electrical generators and transformers.
The associations that came with the theory of electromagnetism are what, ultimately, led to expansion of Albert Einstein's theory of special relativity in 1905.
- About Albert Einstein
Born in Germany in March 1955, Albert Einstein is one of the most well known scientists in the world, highly regarded as having one of the most copious minds in the history of our species.
Einstein won the 1921 Nobel Prize in Physics for his various contributions to the world of science.
