Invention of electricity and history in simple words

Invention of electricity

The invention of electricity is not just a word, it is a word that has a history. So, electricity is an energy found in the universe that scientists discovered it, not invented.

In today's world, electricity has made our lives easier. Because of electricity, the job is complete in minutes and a minute work in seconds.

You must read about the major sources of electricity.

We are facing many misleading concepts about electricity. As some people give credit for the invention of electricity to Benjamin Franklin. But Franklin's experiments only revealed the relationship between light and electricity, nothing more. Many scientists worked to discover electricity.

Brief History

Despite being unaware of the existence of electricity, people were aware of the electric shock. People used to describe electric shocks with a special fish called electric fish.

Many ancient authors, such as Pliny and Scribonius Largus, have confirmed the electric shock through fish.

Patients with illnesses such as gout or headache were touched and think that a powerful shock can cure them۔

Presumably, the identity and quest for electricity go to the Arabs, who used the Arabic word (electricity ray) before the fifteenth century.

In ancient cultures, people around the Mediterranean knew that certain things, such as the amber bars, could attract lighter things by rubbing them with cat skin.

There is not just one Electricity Inventor here. William Gilbert, an Englishman in the sixteenth century, carefully reviewed the lightning and magnetism created by rubbing amber.

He gave this study a Latin name, Electricus, and later it took the form of Electric and Electricity.

In 1634, Sir Thomas Browne used the word electric for the first time.

Later in the eighteenth century, Benjamin Franklin made extensive discoveries about electricity.

William Gilbert

Electricity inventor William Gilbert was born on May 24, 1544, and died on November 30, 1603. He was a brilliant scientist who created the word electricity.

Some people call Gilbert the father of electricity.

The magnetic force, also called magnetic potentials, has been named "Gilbert" in honor of William Gilbert. 

Pieter van Musschenbroek

Pieter van Musschenbroek was born on March 14, 1692, and died on September 19, 1761. He made the first condenser, the "Leiden" in 1746.

He was a Dutch scientist and professor of mathematics, philosophy, and medicine. Peter was a professor in Duisburg, Utrecht, and Leiden.

He is the scientist who provided the details of voltage machine compressions and testing of elasticity. He did superb work in the invention of electricity.

Charles-Augustin de Coulomb

Coulomb was born on June 14, 1736, and died on August 23, 1806. Coulomb introduced a law that describes the power of electrostatic attraction and pushing.

In 1968, an electrical charge unit (si) unit renamed as "Coulomb" in the honor of Coulomb. In 1785, Coulomb presented the first three reports of electricity and magnetism:

The coulomb also experimented with a law explaining how "two electrified bodies of the same type interact with each other".

He is another greatest electricity inventor who made remarkable work in the invention of electricity.

Alessandro Giuseppe Antonio Anastasio Volta

Volta was born on 18 February 1745 and died on 5 March 1827. Volta proved that electricity can be produced chemically and dispelled the general theory that only living things can produce electricity.

Volta's discovery sparked enormous scientific excitement and led others to carry out similar experiments. which eventually led to the development of the electrochemical field.

He is another greatest electricity inventor who made remarkable work in the invention of electricity.

Benjamin Franklin

Franklin conducted an experiment to prove that light is electricity. In this experiment, Franklin flies a kite in the storm and he experiences a shock of electricity while flying the kite.

Franklin published an article in which he stated that the experience of flying a kite, proving that electricity is actually a form of lightning.

Franklin-Like Experiments

On May 10, 1752,  Thomas-François Dalibard from France conducted a Franklin like experiment using an iron bar as high as 40 feet (12 m) instead of a kite.

Franklin described the experiments in the Pennsylvania Gazette on October 19, 1752, without mentioning that he did it.

Undoubtedly, Franklin is the greatest electricity inventor and made superb work in the invention of electricity.

Franklin Actual Experiment

Franklin did not carry out this experiment in the manner often described in popular literature, flying the kite and waiting for the lightning to fall, because doing this could be dangerous.

So, he uses a kite to collect several electric charges from storm clouds, which showing that lightning is electricity.

Michael Faraday

A British scientist, Michael Faraday, was the first to realize that an electric current could be generated by passing a magnet through a copper wire.

Most of the electricity we use today is made with magnets and coils of copper wire in giant power plants.

Both electric generators and electric motors are based on this principle. The motor converts electrical energy into motion energy.

In 1819 Hans Christian Oersted another talented electricity inventor discovered that a magnetic field surrounds a wire carrying current. He also did talented work in the invention of electricity.

Within two years André Marie Ampère had incorporated several electromagnetic laws into mathematical form.

D. F.  Arago had discovered electromagnets, and Michael Faraday had discovered the rough form of an electric motor.

Thomas Edison

Thomas Alva Edison the greatest discoverer of electricity and is usually credited with creating the light bulb (along with Nicola Tesla).

He bought and studied the works of Faraday. It is the first of his many diverse discoveries, an automatic vote recorder, for which he received a patent in 1868.

He started traveling to Washington with borrowed money., but he could not arouse interest in the vote recorder machine in Washington.

Edison And Light Bulb

In 1879, Thomas Edison focused on creating practical light bulbs. The problem was finding a powerful material for filaments, small wires in a bulb that conducts electricity. Finally, Edison used ordinary cotton yarn that was soaked in carbon.

Edison wanted a way to make electricity practical and inexpensive. He designed and built the first power plant able to produce electricity and bring it to people's homes. 

The Pearl Street Edison Power Plant started its generator on September 4, 1882, in New York City. About 85 customers in lower Manhattan receive enough power to light 5,000 lights. Its customers pay a lot for their electricity.

Nikola Tesla

The turning age of the electric era came a few years later with the development of alternating current systems. Two fundamental types of electricity.

Nikola Tesla came to work with Thomas Edison in the united states after the fall, Tesla discovered a rotating magnetic field and created an alternating current electric system, which is widely used today.

He made a team with engineer and businessman George Westinghouse to control the AC system and provide the country with the power to travel long distances - direct competition with Thomas Edison's DC system.

Tesla Electric Company

Tesla later founded Tesla Electric Company, which is still used in scientific laboratories and radio technology. And Tesla later designed the power system used in the Niagara Falls.

Now, using alternating current, power plants can transport electricity much further than before. Electricity did not have an easy start.

While many people were delighted with all new inventions, some people were afraid of electricity and were afraid to bring it into their homes.

They were afraid to let their children near this strange fresh source of energy.

In 2017, with the increase in using electricity-powered technologies, this figure was almost 40 percent.

He is a modern electricity inventor and did an amazing job in the invention of electricity.

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