What is Martinus J. G. Veltman birthday?

Martinus J. G. Veltman was born at 1931-06-27

Where is Martinus J. G. Veltman's birth place?

Martinus J. G. Veltman was born in Waalwijk, Netherlands

What is Martinus J. G. Veltman nationalities?

Martinus J. G. Veltman's nationalities is Dutch

Who is Martinus J. G. Veltman spouses?

Martinus J. G. Veltman's spouses is Anneke

Who is Martinus J. G. Veltman childrens?

Martinus J. G. Veltman's childrens is Hélène, Hugo, Martijn

What was Martinus J. G. Veltman universities?

Martinus J. G. Veltman studied at Utrecht University

What is Martinus J. G. Veltman's sun sign?

Martinus J. G. Veltman is Cancer

How famous is Martinus J. G. Veltman?

Martinus J. G. Veltman is famouse as Theoretical Physicist

Martinus J. G. Veltman - Theoretical Physicist, Birthday and Childhood

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Martinus J. G. Veltman's Personal Details

Martinus J

Information	Detail
Birthday	June 27, 1931
Nationality	Dutch
Famous	Scientists, Physicists, Theoretical Physicist
Spouses	Anneke
Known as	Martinus Justinus Godefriedus Veltman
Childrens	Hélène, Hugo, Martijn
Universities	Utrecht University
Birth Place	Waalwijk, Netherlands
Gender	Male
Sun Sign	Cancer
Born in	Waalwijk, Netherlands
Famous as	Theoretical Physicist

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Who is Martinus J. G. Veltman?

Martinus Justinus Godefriedus Veltman is a Dutch theoretical physicist, known for his work on renormalization of Yang–Mills theories. Born in early 1930s in the ancient city of Waalwijk in Southern Netherland, he passed out from school with very low grades and then entered the University of Utrecht with Physics because medium level technical schools would not accept him. The scenario at Utrecht was also equally bad; there was no good teacher and the lectures were uninspiring. Ultimately, he took five years to clear his candidaats exam and after spending few years doing petty jobs, he finally earned his PhD at the age of thirty-two. In the same year he joined SLAC National Accelerator Laboratory at Stanford and developed a computer program for symbolic manipulation of mathematical equations called Schoonschip. Much later, while working at the University of Utrecht with his graduate student Gerardus ’t Hooft, he used this program to provide the required mathematical basis for the electroweak theory. The work later earned them the Nobel Prize in Physics. Although he spent the last part of his working life at the University of Michigan he came to Netherland after his retirement and now lives at Bilthoven.

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Childhood & Early Years

Martinus Justinus Godefriedus Veltman was born on June 27, 1931 in the ancient city of Waalwijk, located in Southern Netherland. His father was a primary school headmaster, who placed great emphasis on education. Martinus was the fourth of his parents’ six children.

Until 1940, his life was quite uneventful. He started his education at a local elementary school and was considered a good student. The turbulence began when in 1940 the Germans marched into the town. They turned their school into a military barrack and so classes were improvised.

In 1943, he entered the high school, but his grades began to suffer. Moreover, he had a bad aptitude for languages and they were required to learn three foreign languages! Sometime now, he also developed interest in electronics. After some time, he began to repair radios, with his right hand index finger as his only measuring tool and in the process received electrical shocks a number of times.

In 1948, he graduated from school with very poor marks. In general, students like him went to a medium level technical school called MTS in Hertogenbosch. However, because of his poor marks, there was very little chance of him getting admission there.

Therefore, on the advice of his physics teacher, he enrolled at University of Utrecht with physics. Unfortunately, the condition of the university was not at all satisfactory. Because of the war, there were very few good professors left and lectures were not at all inspiring. Therefore, he did not develop any interest in his subject.

It took him five years to complete the course and pass his candidates exam. Subsequently, he was appointed a part-time teacher at a lower technical school. Sometime now, he also came across ‘The Meaning of Relativity’ by Albert Einstein. He slowly started taking interest in physics.

In 1955, Veltman became an assistant to Prof. Michels of the Van Der Waals laboratory in Amsterdam. His job was to maintain his library and occasionally prepare his speech. As an added bonus, he came across many renowned physicists in that period.

Later in the year, he moved to Utrecht and working under Leon Van Hove earned his master’s degree in 1956. Subsequently, he was drafted in the army and upon returning to Utrecht in February 1959 after two years of military duty, he once again started working under Leon Van Hove for his PhD.

Since he wanted to work on particle physics, he had to take special courses in Naples and Edinburgh. Later in 1961, Veltman joined the theory division at CERN in Geneva, where Van Hove had become the director in 1960.

Finally in 1963, he received his PhD in theoretical physics. His dissertation was titled ‘Intermediate particles in S-matrix theory and calculation of higher order effects in the production of intermediate vector bosons’.

Career

In 1963, soon after earning his PhD, Veltman joined SLAC National Accelerator Laboratory under Stanford University, Stanford, California. Here he started developing the Schoonschip, a computer program meant for symbolic manipulation of mathematical equations. It is now considered the very first computer algebra system.

In the spring of 1964, Veltman returned to CERN. Later in 1966, he visited Brookhaven National Laboratory, Long Island, New York City, for a brief period, returning to the Netherland the same year.

In September 1966, he joined University of Utrecht as Professor of theoretical physics. Simultaneously, he also began to function as the editor of ‘Physics Letter’; but gave up the responsibility in the summer of 1968.

In April 1968, he made a one-month visit to the Rockefeller University. He considers this visit a turning point in his career because it was here that he started the work, which would one day bring him the Nobel Prize.

Later in the same year, he went to Orsay in France on the invitation of Claude Bouchiat and Philippe Meyer. Here too he continued his work till his return to Utrecht at the end of the year.

On returning to Utrecht, Veltman organized a team of researchers and continued with his work. At the same time, he started upgrading the educational system and worked to get a good computer system, finally selecting a CDC 6800 computer.

Meanwhile in 1969, Gerardus 't Hooft joined his team as a research student; choosing the renormalization of Yang–Mills theories as his dissertation. Veltman was highly excited because he was working on the same subject all this time.

The first paper was published in 1971. It was followed by an intense collaboration. Subsequently, they developed the technique of dimensional regularization and showed how Yang–Mills theories could be renormalized. The work made them internationally famous and later earned the Nobel Prize.

In the summer of 1979, Veltman received an invitation to spend a year at the University of Michigan on a sabbatical. However, due to some unavoidable reasons, he could depart only in March 1980. Once there, he was invited to join the faculty permanently.

After few months of vacillation, he finally joined the University in September 1981 and was elected to the John D. and Catherine T. MacArthur chair. It was a highly prestigious post and came with a yearly grant of $35000, which gave him much freedom to buy equipments or attend science conferences.

He remained at the University of Michigan until his retirement in 1996. During that period, he maintained regular ties with Europe, especially Spain. He had ties with the University of Madrid and visited the institution for two months almost every summer.

Major Work

Professor Veltman is best known for his work on renormalization of Yang–Mills theories. Prior to their work, the electroweak theory lacked any mathematical foundation. In 1969, Veltman and his graduate student Gerardus ’t Hooft set out to change (renormalize) it into a workable theory, which was free from irrational infinite quantities.

Veltman had by then designed a computer program meant for symbolic manipulation of mathematical equations. Now they used that to provide the required mathematical basis and identified the properties of the W and Z particles. Later the scientists used that model to calculate the physical quantities of other particles.

Awards & Achievements

In 1999, Veltman was awarded the Nobel Prize in Physics jointly with Gerardus ’t Hooft "for elucidating the quantum structure of electroweak interactions in physics".

In 1980, Veltman became member of the Royal Netherlands Academy of Arts and Sciences.

Personal Life & Legacy

In 1960, Veltman married Anneke. The couple has three children. Their eldest child Hélène studied particle physics at Berkeley but now works in the banking sector in London. The second child Hugo runs a restaurant called Solstice in Los Angeles and his youngest child Martijn is in the movie industry in Hollywood.

After he retired in 1996, he and his wife Anneke returned to Netherland and settled in Bilthoven, a town where they lived prior to 1981. However, their two sons chose to stay back in the USA while his daughter continues to live in London.

In 2003, he published a book about particle physics titled, ‘Facts and Mysteries in Elementary Particle Physics’. The book is meant for general readers.

On March 25, 1971, Asteroid 2066 T-1 was named in his honor as Asteroid 9492 Veltman.

Trivia

While working at CERN, Veltman had the opportunity to meet Tsung-Dao Lee and asked him for some advice. To that, Lee said, "Don't make mistakes". Veltman thought that was funny and began to laugh. However, Lee did not appreciate that. He took some time to teach him the seriousness of the work.

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