Scientists

A Tesla coil is a device that uses resonance to boost an electrical signal to many times its original amplitude. The primary and secondary coils function as a step-up transformer which converts relatively low current at high frequencies.

Anywhere offering degrees in physics, astrophysics, or related fields (which is nearly every university). Contrary to popular belief, you don't need to go to an Ivy League school or be valedictorian.

Nikola Tesla was a Serbian-American inventor, electrical engineer, mechanical engineer, and futurist known for his contributions to the design of the modern alternating current (AC) electricity supply system. He also made significant advancements in the fields of electromagnetism and wireless communication technology. Tesla's work laid the foundation for many of the technological innovations that we rely on today.

Nikola Tesla is sometimes considered the least recognized scientist because his eccentric personality, unorthodox ideas, and lack of financial success during his lifetime prevented him from achieving the same level of recognition as contemporaries like Thomas Edison. Additionally, many of his inventions and contributions to science were not fully appreciated until after his death.

A scientist is a person who conducts research and experiments to acquire knowledge about the natural world or solve specific problems. They use the scientific method to systematically study and analyze phenomena, often leading to new discoveries and advancements in various fields of study.

Tesla and Edison had different approaches to electrical technology. Tesla focused on alternating current (AC) systems, which are more efficient for transmitting electricity over long distances. In contrast, Edison primarily worked with direct current (DC) systems. Additionally, Tesla was known for his inventive mind and theoretical work, while Edison was more of a practical inventor and focused on developing commercial products.

Early scientists believed that the Earth was flat, based on observations and theories available at the time. It wasn't until later advancements in science, such as the observations of celestial bodies and exploration of new lands, that the understanding of the Earth's shape evolved to being round.

Life is difficult to define because it encompasses a wide range of characteristics that are constantly evolving and vary across different forms of life. Additionally, the boundary between living and non-living entities is not always clear-cut, leading to ambiguity in defining life. Furthermore, the emergence of new discoveries and technologies continuously challenges traditional definitions of life.

He worked on that for a period of time. He tested this weapon and weapons needs to be zeroed in to hit the target. Following the Tunguska in siberia he concluded that his weapon was out of target and was going to keep working on that but the departament of defense did not put conficend in the proyect.

Some scientist discard Tesla's statement on this regard. They brought several theories to the explotion but all has been debunked. I think the posibility of the directed energy weapon was a project that Tesla did finish it.

He improved the recently invented telescope to see into space, he discovered Jupiter's moons and Saturn's rings. He observed how Jupiter's moons orbited around it and this convinced him that the Copernicus's Heliocentric model (model of planets orbiting around the sun rather than the earth) was correct.

Galileo published these ideas and was put on trial for supporting the heliocentric models and going against the Roman Catholic Church's beliefs. He avoided execution but spent the rest of his life under house arrest.

Depression, he died a pennyless, broken man, no one acknowledged his brilliant ideas, and was put down and destroyed by Edison and his greed. Basicly, he died of a broken heart.

No, although Edison was apparently often jealous of Tesla, I don't believe he had anything to do with this. Tesla's first experiment with transmitting electricity through the ground caused a 130 foot lightning bolt, and then set the local generator on fire. His attempt at building a full scale version ran out of funding, and he could not get more because he had lied about its purpose in the first place, claiming it was for communication.

The two main studies of medicine are Eastern and Western.

In Western medicine cadavers were not used until Descartes influenced a major shift in thinking regarding the body, where the church could take responsibility of a person's mind/spirit and that the body was basically separate from the mind/spirit and therefore it was not sacrilegious to cut it open and exam how it works. This lead to the the concept of being capable of describing the body by its physicals properties alone. Western medicine developed most of its treatments based as a result of this thinking that basically separated the body and mind and allowed for dissection to study the internal organs.

In Eastern (or Asian) Medicine like Ayurvedic, Thai Nuad Bo-Rarn, and Traditional Chinese Medicine (TCM), the concept of the unity of the body and mind/spirit forbade them from doing dissection so they developed their concepts from observing living bodies. However, if they ever came across a dead body, like one that died from natural causes and was available for viewing as it decomposed. that was not against their beliefs. For example if they found a body that drowned, they would observe it as it decayed as nature decomposed the body. They did learn about the internal organs in 'natural' dissection.

So, I would say that seeing the insides of human bodies for the study of medicine is important, but the way that the procedure is undertaken depends on the cultural views of those doing the studies.
See the Related Links for "Bodyworlds.com" to the bottom for the answer.

Pharmacies often sell pill crushers or grinders, but they often don't create a uniformly fine powder. Some types of tablet coatings will not pulverize.

Fantastically enough, Alessandro Volta, had a little something to do with today's volt battery. From 1745 to 1827, Volta was a man of science, a mind melded by physics and was fascinated with and greatly impacted electricity. In 1800, he created the voltaic pile, an early prototype of the modern-day battery. He arranged several disks of two different metals in a pattern where they would opposite of each other. He then separated each disk with pads moistened by an electrolyte. This opposition of metals (poles) soon created an electric charge. You can see this is still represented on the labels on all batteries with a + or a - at opposite ends. After all, the old adage of "Opposites attract..." had to come from somewhere.

Some famous Filipino physicists include Dr. Roger Posadas, known for his work on theoretical and computational physics; Dr. Elizabeth H. Montano, known for her research on physics education and nanotechnology; and Dr. Caesar Saloma, a National Scientist of the Philippines recognized for his contributions to optics and photonics.

In 1800, Alessandro Volta invented the voltaic pile, which was the first electrochemical battery. This invention was a significant breakthrough in the development of the first electrical cell and laid the foundation for future advancements in the field of electricity.

Louis Pasteur's experiments brought an end to the theory of spontaneous generation, which proposed that living organisms could arise from non-living matter. Pasteur's work demonstrated that microorganisms do not spontaneously generate but instead come from existing cells.

Assuming you are in the USA, some famous scientists from elsewhere are given below.

Sir Ernest Rutherford, from New Zealand, who worked on the structure of the atom.

Pierre and Marie Curie who discovered Radium and worked on radioactivity. He was French, she was born Polish but became French.

Isaac Newton who contributed to many areas including light and gravity was British.

Joseph Lister, father of antiseptic surgery, was Scottish.

The South African surgeon Christian Barnard was the first to perform a heart transplant.

Robert F. Flemming, Jr. was an African-American inventor and Union sailor in the American Civil War. He was born a free black man in Baltimore, Maryland during July of 1839 where he lived with his father, Robert F. Flemming Sr., a baker, and his mother, Mary J. Flemming.

Planck didn't have an element named after him, but he has a fundamental physical constant named after him, the Planck constant. And, because it is a fundamental physical constant, it has "spawned" a "group" of units (called Planck units) that are interrelated because they all contain the Planck constant. The Max Planck Institute for Developmental Biology and the Max Planck Institute of Biological Cybernetics on the Max Planck Campus are named after him. The Max Planck Society (Max-Planck-Gesellschaft) operates some 80 research institutes all over Germany, (and a few in other European countries), which usually bear the name "Max Planck Institute (MPI) of ...". The Society does basic research in the natural sciences, but also does work in the social sciences and humanities. Links are provided.

The traits of a scientist are :

perseverance

disciplined

curious

confidence

respectful of all forms of life

patient

truthful

resourceful

honest

open minded

humble

calculated risk taking

objectivity

critical outlook

team player

follows procedures

writes comprehensive notes

willingness to challenge the status quo

thinks out of the box

leads by example

Nikola Tesla is famous for his pioneering work in electrical engineering and his contributions to the development of modern electricity supply systems. He was known for his inventions like the alternating current (AC) system and the Tesla coil, as well as his vision for wireless communication and renewable energy technologies. Tesla's innovative ideas and eccentric personality have contributed to his enduring legacy in the history of science and technology.

Many consider Nikola Tesla's best invention to be his development of the alternating current (AC) electrical system, which revolutionized the way electricity is transmitted and utilized. This system is still widely used today in power grids around the world.