What was nikola tesla best known for

Remote control. You can also thank Tesla for the ability to change the channel without having to get off the couch. Tesla invented one of the world's earliest remote controls, which he called a "teleautomaton.

According to the Tesla Museum in Belgrade, Tesla knew how important the invention could be, so he patented it in 11 countries as well.

X-ray technology. Tesla was also a pioneer of X-ray technology. He experimented with radiation and managed to take some of the first X-ray images of the human body, which he called "shadowgraphs.

But this is another area of research where he rarely gets credit. According to one academic article published in RadioGraphics , "Every radiologist is aware of Nikola Tesla's research in the field of electromagnetism Nikola Tesla demonstrates an experiment in his New York City lab in Tesla contributed to medicine in other ways as well. The unit of energy named after Tesla is used to measure the strength of the magnets in MRI systems. Hydroelectric power. Tesla was also a pioneer of renewable energy.

Nine out of the 12 patents used to build one of the world's first hydroelectric stations, erected at Niagara Falls, New York belonged to Tesla. That's dirty and finite. Part of the American portion of Niagara Falls, New York, where Tesla harnessed the power of the water to create one of the worl's first hydroelectric power stations, The Adams Plant.

According to the Tesla Science Center, Tesla helped pave the way toward clean energy because he understood the physics behind energy and what might be possible in the future. Construction took three years and power first flowed to homes in nearby Buffalo on Nov. A statue of Tesla on Goat Island overlooks the falls today. In , Tesla received financial backing from J. Tesla was not a savvy businessman and suffered financially, despite his achievements.

The property was later sold to a film processing company. In , the U. His long-abandoned Long Island laboratory will soon become a museum. Earlier this year, a non-profit organization raised enough money to purchase the long-abandoned Wardenclyffe. The group plans to restore the building and turn it into a Tesla museum and science education center.

AC power has been widely used since its discovery and still has some applications in radio and television transmission. Here, Tesla created a tower topped by his infamous coils which shot electric sparks through the air and circulated the electricity around the coils by alternating current.

Building upon the revelations of the Tesla coil, Tesla sought to offer wireless power for free to all by transmitting information from one tower to another using resonance. The currents were sent from one circuit to the other, building in frequency until lightning sparked from one tower to the other. By connecting a wire to the tower and running it around his lab, he powered his laboratory wirelessly.

He demonstrated the effect on stage to audiences using light bulbs that were not connected to any power source. The magnifying transmitter succeeded in transmitting an electrical current a kilometer away. Tesla developed a piston engine to power automobiles using combustion to rotate disks. At the time, commonly used turbines were less efficient and relied on blades. By moving fluid in the path of least resistance, his turbine was more fuel-efficient.

Smooth disks with nozzles circulate fluid around the edge of the disk. As the disk spins, the fluid adheres to the edge of the disk and is drawn from the edge of disk to the center.