Robert Oppenheimer Iq

Robert Oppenheimer Iq

Why is Robert Oppenheimer famous?

Robert Oppenheimer, also known as the father of the atomic ■■■■, was an American nuclear physicist and director of the Los Alamos Laboratory (Manhattan Project).

What did Robert Oppenheimer do about it?

Robert Oppenheimer (1904-1967) was an American theoretical physicist. During the Manhattan Project, Oppenheimer was director of the Los Alamos laboratory and responsible for researching and building an atomic ■■■■. He is often referred to as the father of the atomic ■■■■. Oppenheimer was married to the botanist Kitty.

Also, what did Oppenheimer come up with?

Oppenheimer was the war chief of the Los Alamos laboratory and is considered the father of the atomic ■■■■ for his role in the Manhattan Project, the WWII activity that developed the first nuclear weapons.

Are you also wondering how Robert Oppenheimer changed the world?

Oppenheimer oversaw the construction of the Los Alamos Laboratory, where he brought together the best of physics to work on the problem of making an atomic ■■■■. Due to his leading role in this project, he is often referred to as the father of the atomic ■■■■.

Why did Robert Oppenheimer invent the atomic ■■■■?

After ■■■■ Germany invaded Poland in 1939, Oppenheimer was selected to run a laboratory to conduct the Manhattan Project, a US military experiment aimed at using nuclear energy for military purposes. He directed the scientific end of the Manhattan Project in Los Alamos, New Mexico in 1942.

What was Robert Oppenheimer's IQ?

We take a photo of two people, one named Robert Oppenheimer and the other named Chris Langan. The former is arguably the smartest person in the world. The average person has an IQ of 100, Einstein had an IQ of (approximately) 150. This person has an IQ of 195.

Who created the atom?

Democritus What did Robert Oppenheimer say about the atomic ■■■■? When he witnessed the ■■■■■■■■■ of the first atomic ■■■■ on July 16, 1945, a Hindu script for Robert Oppenheimer came to mind: Now I have become death, the destroyer of the world. It is perhaps the most famous phrase in the Bhagavad Gita, but it is also the most misunderstood.

Why did the US use atomic ■■■■■ on Japan?

President Harry S. Truman has warned some of his advisers that any attempted invasion of Japan will result in catastrophic American casualties and has ordered the new weapon to be used to quickly end the war. On August 6, 1945, the American bomber Enola ■■■ dropped a five-ton ■■■■ on the Japanese city of Hiroshima.

Why did we ■■■■ Japan twice?

On that day in 1945, the United States dropped a second atomic ■■■■ on Japan near Nagasaki, which ultimately led to Japan's unconditional surrender. The destruction of Hiroshima was not enough to persuade the Japanese war council to accept the Potsdam conference's request for unconditional surrender.

Who said the best way to learn is to teach?

Oppenheimer Which atomic ■■■■ was the first? On August 6, 1945, during the Second World War (193945), an American B29 bomber dropped the world's first atomic ■■■■ on the Japanese city of Hiroshima.

Did Truman regret dropping the ■■■■?

Less than four months later, President Truman unleashed the atomic age and ordered atomic ■■■■■ to be dropped on the Japanese cities of Hiroshima and Nagasaki, killing up to 150,000 people. Truman has never regretted the first - and so far only - use of nuclear weapons in wartime.

What was the huge effort to develop the atomic ■■■■ called?

In late 1941, American efforts to design and build an atomic ■■■■ were code-named: Manhattan Project.

How many people died in Hiroshima?

The ■■■■■ immediately destroyed their targets. Over the next two to four months, the acute effects of the atomic ■■■■■ killed between 90,000 and 146,000 people in Hiroshima and between 39,000 and 80,000 people in Nagasaki, with about half the deaths in each city occurring on the first day.

Which German scientist developed the atomic ■■■■?

Origin and chronology. The discovery of nuclear fission by the German chemists Otto Hahn and Fritz Strassmann in 1938 and its theoretical explanation by Lise Meitner and Otto Frisch made the development of an atomic ■■■■ theoretically possible.

Who built the first atomic ■■■■?

Robert Oppenheimer, father of the atomic ■■■■. On July 16, 1945, the first atomic ■■■■ - the Trinity Test - was successfully detonated in an isolated desert area near Alamogordo, New Mexico. It created a huge mushroom-shaped cloud about 10,000 feet high and ushered in the atomic age.

What has the Manhattan Project brought?

In the days following the ■■■■■■■, Japan surrendered. The Manhattan Project was the world government program during World War II that designed and built these first atomic ■■■■■. The detonation of these first atomic ■■■■■ marked the beginning of a terrifying new atomic era.

Who were the scientists who made the atomic ■■■■?

Some of these exemplary leaders were Army Corps of Engineers General Leslie Groves, physicists J. Robert Oppenheimer and Enrico Fermi, DuPont's Crawford Greenewalt and Kellogg's Percival Keith, MIT's Water Resources Bush, Harvard's James B. Conant and Ernest O. Lawrence of Berkeley.

Robert Oppenheimer Iq

Robert Oppenheimer IQ is 195, He graduated from Harvard university three times in various subjects. Robert Oppenheimer, also known as the father of the infinitesimal lemon, was an American nuclear physicist and director of the Los Alamos Laboratory (Manhattan Project).

What did Robert Oppenheimer do

Robert Oppenheimer was an American theoretical physicist. During the Manhattan Project, Oppenheimer was director of the Los Alamos laboratory and responsible for probing and erecting an infinitesimal lemon. He’s frequently appertained to as the father of the infinitesimal lemon. Oppenheimer was married to the botanist Kitty.

Name Robert Oppenheimer
Born in April 22 1904
Died Feb 18 1967
Father Of Atomic Weapon
Leader of THE Manhattan Project
IQ 195

J. Robert Oppenheimer was an American theoretical physicist who was professor of drugs at the University of California, Berkeley.

Oppenheimer was the wartime head of the Los Alamos Laboratory and is among those who are credited with being the “ father of the infinitesimal lemon” for their part in the Manhattan Project the World War II undertaking that developed the first nuclear munitions.

Oppenheimer was among those who observed the Trinity test in New Mexico, where the first infinitesimal lemon was successfully exploded on July 16, 1945.

He latterly remarked that the blast brought to mind words from the Bhagavad Gita “ Now I’m come Death, the destroyer of worlds. “ In August 1945, the munitions were used in the infinitesimal bombings of Hiroshima and Nagasaki.

After the war ended, Oppenheimer came president of the influential General Advisory Committee of the recently created United States Atomic Energy Commission. He used that position to lobby for transnational control of nuclear power to forestall nuclear proliferation and a nuclear arms race with the Soviet Union.

He opposed the development of the hydrogen lemon during a 1949 – 1950 governmental debate on the question And latterly took stations on defense- related issues that provoked the wrath of some coalitions in thus. government and service.

During the Second Red Scare, those stations, together with history associations. Oppenheimer had with people and associations combined with the Communist Party, led to him suffering the cancellation of his security concurrence in a important- written-about hail in 1954.

Effectively stripped of his direct political influence, he continued to lecture, write and work in drugs. Nine times latterly, President John. Kennedy awarded (and Lyndon. Johnson presented) him with the Enrico Fermi Award as a gesture of political recuperation.

Oppenheimer’s achievements in drugs included the Born Oppenheimer approximation for molecular surge functions, work on the proposition of electrons and positrons, the Oppenheimer Phillips process in nuclear emulsion, and the first vaticinator of amount tunneling.

With his scholars he also made important benefactions to the ultramodern proposition of neutron stars and black holes, as well as to amount mechanics, amount field proposition, and the relations of cosmic shafts.


As a schoolteacher and protagonist of wisdom, he’s remembered as a launching father of the American academy of theoretical drugs that gained world elevation in the 1930s. After World War II, he came director of the Institute for Advanced Study in Princeton, New Jersey.

  • Nonage and education

J. Robert Oppenheimer was born in New York City on April 22, 1904, to Ella (Friedman), a painter, and Julius Oppenheimer, a fat textile importer. Julius came to the United States in 1888 with no plutocrat, no baccalaureate studies, and no knowledge of the English language.

He was hired by a cloth company and within a decade was an superintendent there. The Oppenheim were both on-observant Ashkenazi Jews; his father was born in Germany, and his mama, who was from Baltimore, descended from settlers from Germany of the 1840s.

In 1912, the family moved to an apartment on the 11th bottom of 155 Riverside Drive, near West 88th Street, Manhattan, an area known for luxurious palaces and townhouses. Their art collection included workshop by Pablo Picasso and Edouard Vuillard, and at least three original oils by Vincent van Gogh. Robert had a youngish family, Frank, who also came a physicist.

Oppenheimer was originally educated at Alcuin Preparatory School; in 1911, he entered the Ethical Culture Society School. This had been innovated by Felix Adler to promote a form of ethical training grounded on the Ethical Culture movement, whose aphorism was “ Deed before Creed”.

His father had been a member of the Society for numerous times, serving on its board of trustees from 1907 to 1915. Oppenheimer was a protean scholar, interested in English and French literature, and particularly in mineralogy. He completed the third and fourth grades in one time and skipped half the eighth grade.

During his final time, he came interested in chemistry. He entered Harvard College one time after scale, at age 18, because he suffered an att@ck of colitis while probing in Joachim’s during a family summer holiday in Europe.

To help him recover from the illness, his father enlisted the help of his English schoolteacher Herbert Smith who took him to New Mexico, where Oppenheimer fell in love with horseback riding and the southwestern United States.

Oppenheimer majored in chemistry, but Harvard needed wisdom scholars to also study history, literature, and gospel or mathematics. He compensated for his late launch by taking six courses each term and was admitted to the undergraduate honor society Phi Beta Kappa.


In his first time, he was admitted to graduate standing in drugs on the base of independent study, which meant he wasn’t needed to take the introductory classes and could enroll rather in advanced bones. He was attracted to experimental drugs by a course on thermodynamics that was tutored by Percy Bridgman. He graduated summa laude in three times.

  • Studies in Europe

Fifteen men in suits, and one woman, pose for a group snap. Heike Kimberling Ones ’Laboratory in Leiden, Netherlands, 1926. Oppenheimer is in the middle row, second from the leftism. In 1924, Oppenheimer was informed that he’d been accepted into Christ’s College, Cambridge. He wrote to Ernest Rutherford requesting authorization to work at the Cavendish Laboratory.

Bridgman handed Oppenheimer with a recommendation, which conceded that Oppenheimer’s clumsiness in the laboratory made it apparent his specialty wasn’t experimental but rather theoretical drugs. Rutherford was unimpressed, but Oppenheimer went to Cambridge in the stopgap of landing another offer.

He was eventually accepted by J.J. Thomson on condition that he complete a introductory laboratory course. He developed an negative relationship with his instructor, Patrick Blackest, who was only a many times his elderly.

While on holiday, as recalled by his friend Francis Fergusson, Oppenheimer formerly confessed that he’d left an apple doused with noxious chemicals on Blanket’s office. While Fergusson’s account is the only detailed interpretation of this event, Oppenheimer’s parents were advised by the university authorities who considered placing him on exploration, a fate averted by his parents successfully lobbying the authorities.

Oppenheimer was a altitudinous, thin chain smoker, who frequently neglected to eat during ages of violent study and attention. Numerous of his musketeers described him as having tone-destructive tendencies. A disturbing event passed when he took a holiday from his studies in Cambridge to meet up with Fergusson in Paris.

Fergusson noticed that Oppenheimer wasn’t well. To help distract him from his depression, Fergusson told Oppenheimer that he (Fergusson) was to marry his gal Frances Keeley. Oppenheimer didn’t take the news well.

He jumped on Fergusson and tried to strangle him. Although Fergusson fluently fenced off the Blast, the occasion induced him of Oppenheimer’s deep cerebral troubles. Throughout his life, Oppenheimer was agonized by ages of depression, and he formerly told his family, “ I need drugs further than musketeers”.

In 1926, Oppenheimer left Cambridge for the University of Gottingen to study under Max Born. Gottingen was one of the world’s leading centers for theoretical drugs. Oppenheimer made musketeers who went on to great success, including Werner Heisenberg, Pascal Jordan, Wolfgang Pauli, Paul Dirac, Enrico Fermi and Edward Teller.

He was known for being too enthusiastic in discussion, occasionally to the point of taking over forum sessions. This bothered some of Burn’s other scholars so much that Maria Gosper presented Born with a solicitation inked by herself and others hanging a boycott of the class unless he made Oppenheimer quiet down. Born left it out on his office where Oppenheimer could read it, and it was effective without a word being said.

He attained his Croaker of Philosophy degree in March 1927 at age 23, supervised by Born. After the orl test, James Franck, the professor administering, reportedly said, “ I ’m glad that’s over. He was on the point of questioning me.”

Oppenheimer published further than a dozen papers at Gottingen, including numerous important benefactions to the new field of amount mechanics.


He and Born published a notorious paper on the Born – Oppenheimer approximation, which separates nuclear stir from electronic stir in the fine treatment of motes, allowing nuclear stir to be neglected to simplify computations. It remains his most cited work.

  • Educational work

Oppenheimer was awarded a United States National Research Council fellowship to the California Institute of Technology (Caltech) in September 1927. Bridgman also wanted him at Harvard, so a concession was reached whereby he resolve his fellowship for the 1927 – 28 academic time between Harvard in 1927 and Caltech in 1928.

At Caltech he struck up a close fellowship with Linus Pauling, and they planned to mount a common att@ck on the nature of the chemical bond, a field in which Pauling was a colonist, with Oppenheimer supplying the mathematics and Pauling interpreting the results.

Both the collaboration and their fellowship ended when Pauling began to suspect Oppenheimer of getting too close to his woman, Ava Helen Pauling. Formerly, when Pauling was at work, Oppenheimer had arrived at their home and invited Ava Helen to join him on a appointment in Mexico.

Though she refused and reported the incident to her hubby, the assignation, and her apparent insouciance about it, disquieted Pauling and he ended his relationship with Oppenheimer. Oppenheimer latterly invited him to come head of the Chemistry Division of the Manhattan Project, but Pauling refused, saying he was a peacenik.

In the afterlife of 1928, Oppenheimer visited Paul Ernest’s institute at the University of Leiden, the Netherlands, where he impressed by giving lectures in Dutch, despite having little experience with the language.

There he was given the surname of Opie, latterly anglicized by his scholars as “ Opie”. From Leiden he continued on to the Swiss Federal Institute of Technology (ETH) in Zurich to work with Wolfgang Pauli on amount mechanics and the nonstop diapason.

Oppenheimer admired and liked Pauli and may have emulated his particular style as well as his critical approach to problems. On returning to the United States, Oppenheimer accepted an associate professorship from the University of California, Berkeley, where Raymond. Barge wanted him so poorly that he expressed a amenability to partake him with Caltech.

Before he began his Berkeley professorship, Oppenheimer was diagnosed with a mild case of tuberculosis and spent some weeks with his family Frank at a New Mexico estate, which he leased and ultimately bought.

When he heard the estate was available for parcel, he blatted, “ Hot canine!”, and latterly called it Perrot Caliente, literally “ hot canine” in Spanish. Latterly he used to say that “ drugs and desert country” were his “ two great loves”.

He recovered from tuberculosis and returned to Berkeley, where he prospered as an counsel and collaborator to a generation of physicists who respected him for his intellectual literacy and broad interests.

His scholars and associates saw him as mesmerizing drugs in private commerce, but frequently frigid in further public settings. His associates fell into two camps one that saw him as an frosty and emotional genius and aesthete, the other that saw him as a grandiose and insecure poseur.

His scholars nearly always fell into the former order, espousing his walk, speech, and other erraticism’s, and indeed his inclination for reading entire textbooks in their original languages.

Presumably the most important component he brought to his tutoring was his exquisite taste. He always knew what were the important problems, as shown by his choice of subjects. He truly lived with those problems, floundering for a result, and he communicated his concern to the group.

In its florescence, there were about eight or ten graduate scholars in his group and about sixPost-doctoral Fellows. He met this group once a day in his office and bandied with one after another the status of the pupil’s exploration problem.

He was interested in everything, and in one autumn they might bandy amount electrodynamics, cosmic shafts, electron brace product and nuclear drugs.

He worked nearly with Nobel Prize- winning experimental physicist Ernesto. Lawrence and his cyclotron settlers, helping them understand the data their machines were producing at the Lawrence Berkeley National Laboratory.


In 1936, Berkeley promoted him to full professor at a payment of$ a time ( original to$ in 2020). In return he was asked to dock his tutoring at Caltech, so a concession was reached whereby Berkeley released him for six weeks each time, enough to educate one term at Caltech.

  • His Scientific Work

Scientific work Oppenheimer did important exploration in theoretical astronomy ( especially as related to general reciprocity and nuclear proposition), nuclear drugs, spectroscopy, and amount field proposition, including its extension into amount electrodynamics.

The formal mathematics of relativistic amount mechanics also attracted his attention, although he misdoubted its validity. His work prognosticated numerous latterly finds, which include the neutron, meson and neutron stain Italy, his major interest was the proposition of the nonstop diapason and his first published paper, in 1926, concerned the amount proposition of molecular band gamut’s.

He developed a system to carry out computations of its transition chances. He calculated the photoelectric effect for hydrogen and-rays, carrying the immersion measure at the K- edge. His computations accorded with compliances of the-ray immersion of the sun, but not helium.

Times latterly it was realized that the sun was largely composed of hydrogen and that his computations were indeed correct. Oppenheimer also made important benefactions to the proposition of cosmic shaft showers and started work that ultimately led to descriptions of amount tunneling.

In 1931, hero-wrote a paper on the “ Relativistic Proposition of the Photoelectric Effect” with his pupil Harvey Hall, in which, grounded on empirical substantiation, he rightly disputed Dirac’s assertion that two of the energy situations of the hydrogen snippet have the same energy.

Latterly, one of his doctoral scholars, Willis Lamb, determined that this was a consequence of what came known as the Lamb shift, for which Lamb was awarded the Nobel Prize in drugs in 1955. With his first doctoral pupil, Melba Phillips, Oppenheimer worked on computations of artificial radioactivity under hail by deuterons.

When Ernest Lawrence and Edwin McMillan bombarded capitals with deuterons they plant the results agreed nearly with the prognostications of George Gamow, but when advanced powers and heavier capitals were involved, the results didn’t conform to the proposition.

In 1935, Oppenheimer and Phillips worked out a proposition now known as the Oppenheimer Phillips process to explain the results; this proposition is still in use moment. As beforehand as 1930, Oppenheimer wrote a paper that basically prognosticated the actuality of the positron.

This was after a paper by Paul Dirac proposed that electrons could have both a positive charge and negative energy. Dirac’s paper introduced an equation, known as the Dirac equation, which unified amount mechanics, special reciprocity and the also-new conception of electron spin, to explain the Zeeman effect.

Oppenheimer, drawing on the body of experimental substantiation, rejected the idea that the prognosticated appreciatively charged electrons were protons. He argued that they would have to have the same mass as an electron, whereas trials showed that protons were much heavier than electrons.

Two times latterly, Carl David Anderson discovered the positron, for which he entered the 1936 Nobel Prize in Physics. In the late 1930s, Oppenheimer came interested in astrophysics, most probably through his fellowship with Richard Dolman, performing in a series of papers.

In the first of these, a 1938 papers-written with Robert Garcon entitled “ On the Stability of Stellar Neutron Cores”, Oppenheimer explored the parcels of white dwarfs. This was followed by a papers-written with one of his scholars, George, “ On Massive Neutron Cores”.

In which they demonstrated that there was a limit, the so- called Dolman – Oppenheimer – Volkoff limit, to the mass of stars beyond which they would not remain stable as neutron stars and would suffer gravitational collapse.

Eventually, in 1939, Oppenheimer and another of his scholars, Hartland Snyder, produced a paper “ On Continued Gravitational Compression”, which prognosticated the actuality of what are moment known as black holes.

After the Born – Oppenheimer approximation paper, these papers remain his most cited, and were crucial factors in the revivification of astronomical exploration in the United States in the 1950s, substantially by JohnA. Wheeler.

Oppenheimer’s papers were considered delicate to understand indeed by the norms of the abstract motifs he was expert in.

He was fond of using elegant, if extremely complex, fine ways to demonstrate physical principles, though he was occasionally blamed for making fine miscalculations, presumably out of haste. “ His drugs was good”, said his pupil Snyder, “ but his computation awful”.

After World War II, Oppenheimer published only five scientific papers, one of which was in biophysics, and none after 1950. Murray Gell-Mann, a latterly Novelist who, as a visiting scientist, worked with him at the Institute for Advanced Study in 1951, offered this opinion

.He didn’t have Stifles,‘ sitting meat,’when you sit on a president. As far as I know, he noway wrote a long paper or did a long computation, anything of that kind. He did n’t have tolerance for that; his own work comported of little apercus, but relatively brilliant bones.

But he inspired other people to do effects, and his influence was fantastic. Oppenheimer’s different interests occasionally intruded his focus on wisdom. In 1933, he learned Sanskrit and met the Ideologist ArthurW. Ryder at Berkeley.

He read the Bhagavad Gita in the original Sanskrit, and latterly he cited it as one of the books that most shaped his gospel of life. His close confidante and coworker, Nobel Prize winner Isadora Rabi, latterly gave his own interpretation

He saw drugs easily, looking toward what had formerly been done, but at the border he tended to feel there was much further of the mysterious and new than there actually was down from the hard, crude styles of theoretical drugs into a mystical realm of broad suspicion.

In malignancy of this, spectators similar as Nobel Prize- winning physicist Luis Alvarez have suggested that if he’d lived long enough to see his prognostications substantiated by trial, Oppenheimer might have won a Nobel Prize for his work on gravitational collapse, concerning neutron stars and black holes.

In retrospection, some physicists and chroniclers consider this to be his most important donation, though it wasn’t taken up by other scientists in his own continuance. The physicist and annalist Abraham Pays formerly asked Oppenheimer what he considered to be his most important scientific benefactions.


Oppenheimer cited his work on electrons and positrons, not his work on gravitational compression. Oppenheimer was nominated for the Nobel Prize for drugs three times, in 1946, 1951 and 1967, but noway won.

  • Private and political life

During the 1920s, Oppenheimer remained oblivious on worldly matters. He claimed that he didn’t read journals or hear to the radio and had only learned of the Wall Street crash of 1929 while he was on a walk with Ernest Lawrence some six months after the crash passed. He formerly remarked that he noway cast a vote until the 1936 presidential election.

Still, from 1934 on, he came decreasingly concerned about politics and transnational affairs. In 1934, he allocated three percent of his periodic payment about$ 100 ( original to$ in 2020) for two times to support German physicists fleeing from Nzi Germany.

During the 1934 West Coast Waterfront Strike, he and some of his scholars, including Melba Phillips and Bob Garçon, attended a dockers’s rally. Oppenheimer constantly tried to get Garçon a position at Berkeley but was blocked by Barge, who felt that “ one Jew in the department was enough”.


.Robert Oppenheimer IQ is 195. Oppenheimer was overeducated in those fields, which lie outside the scientific tradition, similar as his interest in religion, in the Hindu religion in particular, which redounded in a feeling of riddle of the macrocosm that girdled him like a fog.

Frequently asked questions

Here are Some frequently asked questions related to the article Robert Oppenheimer IQ:

1. Did Robert Oppenheimer go to Harvard?

Oppenheimer enrolled at Harvard in September 1922. He graduated in three times, outstripping in a wide variety of subjects. Although he majored in chemistry, Oppenheimer ultimately realized his true passion was the study of drugs. Lawrence named his alternate son after Robert.

2. When did Oppenheimer say I’m become death?

As he witnessed the first eruption of a nuclear armament on July 16, 1945, a piece of Hindu Book ran through the mind of Robert OppenheimerNow I’m come Death, the destroyer of worlds”. It is, maybe, the most well- known line from the Bhagavad-Gita, but also the most misknew.

3. Who invented the nike?

Yes, J. Robert Oppenheimer discovered the nuee. J. Robert Oppenheimer is frequently called the “ father of the infinitesimal lemon” for leading the Manhattan Project, the program that developed the first nuclear armament during World War II.

4. Was Oppenheimer a German?

Yes,Julius Robert Oppenheimer Born on April 22, 1904, in New York City, Oppenheimer grew up in Manhattan But his father was an german Emigrants. He grew up in a Manhattan apartment adorned with oils by van Gogh, Cézanne, and Gauguin. His father, Julius Oppenheimer, was a German emigrant who worked in his family’s cloth importing business.


Robert Oppenheimer IQ level is 195. He majored in theoretical Physics from havard chemistry. Also he was the one who led the team who discovered Atomic weapon in the world. Robert Oppenheimer led the platoon that constructed the infinitesimal lemon, and Einstein’s E = mc2 was essential for its development. Oppenheimer is known as the Father of the Atomic weapon. Oppenheimer was maybe the most blessed of his period. Brilliance is multifaceted.

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