ANSWER
Ernest Walton and John Cockroft (1932) were the first to split the nucleus in a completely controlled manner. This was under the direction of Rutherford (see below) who, whilst at the Cavendish laboratory, Cambridge had done so but not by entirely artificial means. In doing so Walton and Cockroft were also the first to verify Einstein's law: E = mc²
Lise Meitner is apparently the most correct answer. She was Austrian . She discovered it while living in Sweden during WWII. Meitner maintained contact with colleagues, which allowed her to partner in their work, but she ultimately came out with how to split the atom first (while in Sweden) and I believe that she was first to be published. She worked with Otto Hahn who never gave her credit for coming out with it first, because she was a woman and a Jew which didn't work well with added Nazi pressure.
Otto Hahn and Fritz Strassman (1938)
The below answer is not correct.
Correction:
Lise Meitner was not the first to split the atom. However, she was the first to Theorize the Dumbbell concept. She worked with Otto Hahn for that experiment. They were good friends and colleagues. He was the first one to help her get out of Germany. (The Making of the Atomic Bomb by Richard Rhodes,)
Ernest Rutherford - A New Zealander - split the atom
The creator of modern atomic physics and forerunner of the nuclear age, Rutherford was one of the greatest scientists of the 20th century.
He was awarded the Nobel Prize in Chemistry in 1908 and a baronetcy in 1931.
In the words of Einstein, he was "a second Newton", the man who "tunneled into the very material of God": inventor, experimenter and Nelson farm boy.
Rutherford's strengths as a scientist are legion. A prolific, practical inventor and scientific theorist, his ideas were based on rigorous experimentation. He was one of the original "demo or die" scientists, turning conjecture into fact.
He attributed his willingness to experiment and find unorthodox solutions to his hardscrabble background in rural New Zealand: "We don't have the money, so we have to think".
Rutherford's Major Discoveries
Rutherford's three major discoveries shaped modern science, created nuclear physics and changed the way that we envisage the structure of the atom.
Rutherford's first discovery was that elements are not immutable, but can change their structure naturally, from heavy elements to slightly lighter. This led to him being awarded the Nobel Prize for Chemistry in 1908, at the age of 37, for his work on the transmutation of elements and the chemistry of radioactive material.
His second discovery, the nuclear model of the atom, became the basis for how we see the atom today: a tiny nucleus surrounded by orbiting electrons.
He built on this discovery for his third great achievement, the splitting of the atom, making him, as John Campbell says in his biography of Rutherford in The Dictionary of New Zealand Biography, "the world's first successful alchemist".
AnswerThe first group to successfully initiate nuclear fission (splitting the atom) was a top-secret project called the Manhattan Project. It was initiated by a letter from Albert Einstein, and a whole group of top physicicists developed the program. The first person to actually split the atom was Enrico Fermi in 1942
Google The Manhattan Project, and you'll have your answer.
AnswerI was taught at school it was a New Zealander by the name of Earnest Rutherford who was working at Oxford University at the time. I think it was sometime in the 1920's.
*The work of Sir Rutherford and Misters Walton and Cockcroft are the first recorded, deliberate events that could be classified as 'splitting' an atom.
The Manhattan Project etc
As mentioned above, Rutherford, Walton and Cockcroft were the first to split the atom. The Manhatton project involved the development of a nuclear weapon. I believe Walton may have been asked to join a secret project, now known as The Manhatton Project, based on his earlier work. He may not have been told of the exact purpose of the project. In fact, they wouldn't have known of the possibilities of nuclear power at the time of splitting the atom. I'm no expert, but I believe the idea of a nuclear bomb came later. There were certain unknowns at the time of the initial splitting of the atom. It was later knowledge or ideas that proposed the concept of a nuclear weapon.
As an aside, Ernest Walton was Irish.
In April 1932 John Cockcroft and Ernest Walton split the atom for the first time, at the Cavendish Laboratory in Cambridge in the UK. Only weeks earlier, James Chadwick, also in Cambridge, discovered the neutron. That same year, far away in California, Carl Anderson discovered the positron while working on cosmic rays. So 1932 was a veritable annus mirabilis in which experiments discovered, and worked with, nucleons; exploited Albert Einstein's relativity and energy-mass equivalence principle; took advantage of the newly emerging quantum mechanics and its prediction of "tunnelling" through potential barriers; and even verified the existence of "antimatter" predicted by Paul Dirac's relativistic quantum theory of the electron. It is hard to think of a more significant year in the annals of science.
the Nazi regime in Germany first splitted the atom first but the decided not to use it to create an atomic bomb because they thought they would win the 2nd world war so then the Americans created the first atomic bomb
In 1932 Sir John Cockcroft and Ernest Walton were the first people to split an atom (causing a nuclear reaction) by using artificially accelerated particles.
In 1932 Sir John Cockcroft and Ernest Walton were the first people to split an atom (causing a nuclear reaction) by using artificially accelerated particles under the supervisor Rutherford (doesn't he sound fammiliar?!) Actually he was the Scientist from New Zealand who discovered protons (:
Boom && SpAAnk.
Hope you enjoyed my answer and it helps.
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John Cockrocft & Ernest Walton under the direction of Lord Ernest Rutherford in 1917 at Victoria University of Manchester. However....see below
RUTHERFORD.ORG,NZ
War Work
Near the end of the war (WW1) Rutherford returned to the pursuit of non-war science. While playing marbles by bombarding light atoms with alpha rays, he observed outgoing protons of energy larger than that of the incoming alpha particles. From this observation he correctly deduced that the bombardment had converted nitrogen atoms into oxygen atoms. He thus became the world's first successful alchemist and the first person to split the atom, his third great claim to fame.
When you split an atom, you create a nuclear fission. The energy from splitting that atom is converted to electricity. To split an atom means to literally "break it in half." An atom has a nucleus with negatively charged electrons around it. The reaction of the atom splitting is so large that a small amount can convert into numerous amounts of energy.
Yes, an atom can break or split. This is the concept behind the atom bomb.
When an atom is split, a large amount of energy is released in the form of heat and radiation. This sudden release of energy causes a rapid expansion of gases and materials around the atom, leading to an explosion. This process is known as nuclear fission and is the basis for nuclear weapons and reactors.
Ernest Rutherford invented names to classify various forms of of rays. There were/are such words as 'alpha', 'beta' and 'gamma rays'. He split the atom and invented corrugated iron.
Nuclear fission
split the atom
split the atom
split the atom
In 1932 john cockcroft and Ernst waltin split the atom.
Splitting the Atom was created on 2009-10-04.
Scientists have split the atom.
Sometimes, an atom cannot be split.
Ira J Young invented the split pin in 1912.
split atoms
split the atom
Because they way it works it they smash plutonium ( which is radioactive) to split an atom. This produces radiation which is harmful and can last a long time.
Scientists first split the atom in the 1930s. The process of splitting the atom, known as nuclear fission, was achieved by Otto Hahn and Fritz Strassmann in 1938. This discovery laid the groundwork for the development of nuclear power and weapons.