Only with this electrical energy can we do cooking, washing, or lighting needs at night.
But not only that is the usefulness of this electrical energy, the example above is only a small part of this electricity utilization.
Have you ever thought what it would be like to live without electricity? Okay for the question as above we can imagine when there is a power outage, then that's how it feels. Well everyone must know what it feels like, but we are still lucky because we can be patient and wait until the electricity is on again, but it's another story if electricity never existed.
Then human life will remain the same as in ancient times.
So it is clear that electrical energy is an important requirement to meet human needs.
All of this cannot be separated from the services of previous geniuses who have discovered electricity.
Then who has found this very useful energy? Yup, he is Michael Faraday, a scientist from the United Kingdom. For more details, please refer to the history of the inventor of this electricity in the description below:
Profile of Michael Faraday as 'Father of Electricity'
The inventor of electricity was Michael Faraday and thanks to his discovery, he was later dubbed the 'Father of Electricity'. Michael Faraday is known as a scientist who learns many things. But the man born on September 22, 1791 in England paid more attention to the fields of electromagnetism and electrochemistry.
Electric History From Ancient Greece to Faraday
Michael Faraday
From this, there were many theories about electricity which were raised by scientists such as Ampere, Faraday, Coulomb and Joseph Priestley. Among these names, Michael Faraday has the greatest contribution to electricity and electromagnetics.
Michael Faraday's experiment
Michael Faraday's famous name as 'Father of Electricity' began when he made his first experiment using 7 coins which he then stacked with 7 zinc sheets and 6 sheets of paper moistened with salt water.
This he did following Volta's construction when he first discovered Beterai. This faraday experiment then decomposes magnesium sulfate. Furthermore, in 1821, Christian Orsted published a journal on the phenomenon of electromagnetism.
From this, Faraday tried to do further research from Orsted's publications. Faraday then made a device which could then produce an 'Electromagnetic Rotation' which was the forerunner of Faraday's discovery of electricity. The tool Faraday created was called Homopolar Motor.
First Electric Dynamo Creates Homopolar Motor To Find Electric Current
In a tool created by Faraday there is a continuous rotating motion, this movement is generated from the force of a magnetic circle that surrounds a long wire into a solution of mercury and in the solution there is already a magnet.
So that the wire will continue to spin if electrified from a battery. Faraday's discovery then became the basis of current Electromagnetic Technology.
From that experiment he discovered the first electric motor in the world to use electricity as its driving force.
Discovery of Electric Fields
The culmination of Faraday's discovery of the electric field when he made an experiment by wrapping two separate coils of wire and he then discovered what was known as reciprocal induction, the magnet passed through a piece of wire, then the electricity entered the wire, then the magnet walked.
From here he then made the conclusion that ‘Changes in the magnetic field can produce an electric field‘. James Clerk Maxmel then made his mathematical formula and came to be known as Faraday's Law.
... All I need is time, how great it would be if I could buy wasted time. - Michael Faraday ...
Faraday's brilliance in making great discoveries was inseparable from a figure named Humphry Davy who was his mentor who guided Michael Faraday in his laboratory. He also invited Faraday around Europe to increase their knowledge both technically and theoretically.
Under the guidance of Davy, Michael Faraday made many new discoveries that are useful for humans in the field of electricity.
Award to Michael Faraday
Michael Faraday himself died on August 25, 1867. To commemorate his services in the field of electricity, his name was later enshrined in a unit in physics, namely a unit of resistance with a symbol (F) or Faraday.
So for this article I hope we can add our insight and thank you very much for your visit.


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