Johannes van der Waals

About Johannes van der Waals

Who is it?: Theoretical Physicist
Birth Day: November 23, 1837
Birth Place: Leiden, Netherlands, Dutch
Alma mater: University of Leiden
Known for: Laying the foundations for modern molecular physics (molecular theory) Originating modern theory of intermolecular forces Law of corresponding states Real gas law van der Waals forces van der Waals equation of state van der Waals radius van der Waals surface van der Waals molecule
Awards: Nobel Prize for Physics (1910)
Fields: Theoretical physics, thermodynamics
Institutions: University of Amsterdam
Doctoral advisor: Pieter Rijke
Doctoral students: Diederik Korteweg Willem Hendrik Keesom
Influences: Rudolf Clausius Ludwig Boltzmann Josiah Willard Gibbs Thomas Andrews
Influenced: Heike Kamerlingh Onnes Willem Hendrik Keesom Peter Debye Zygmunt Florenty Wróblewski James Dewar Fritz London Modern molecular science (including molecular physics and molecular dynamics) Cryogenics

Johannes van der Waals

Johannes van der Waals was born on November 23, 1837 in Leiden, Netherlands, Dutch, is Theoretical Physicist. Johannes Diderik van der Waals was a Dutch scientist and theoretical physicist who went on to reshape the ideas of thermodynamics during the late 19th century through his diligent research at the Municipal University of Amsterdam. One of the most fascinating aspects of Van der Waals’ life is that he never received formal education and hence he wasn’t able to go to university. He was a self taught student of science and got into doctoral research later on in life through a government scheme. He worked at the Municipal University of Amsterdam throughout his life and came up with some of the most important theories in modern physics that are pursued in schools and universities to this day. His most celebrated work is related to a universal gas law that finally led to the Van der Waals equation and it was also the finding for which he won the Nobel Prize in Physics. Although the ‘Van der Waals equation’ is perhaps the most recognisable work in his career as a theoretical physicist, it must be remembered that he also published plenty of other papers in his academic career many of which were equally well received.
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Does Johannes van der Waals Dead or Alive?

As per our current Database, Johannes van der Waals has been died on 8 March 1923(1923-03-08) (aged 85)\nAmsterdam, Netherlands.

🎂 Johannes van der Waals - Age, Bio, Faces and Birthday

When Johannes van der Waals die, Johannes van der Waals was 85 years old.

Popular As Johannes van der Waals
Occupation Scientists
Age 85 years old
Zodiac Sign Sagittarius
Born November 23, 1837 (Leiden, Netherlands, Dutch)
Birthday November 23
Town/City Leiden, Netherlands, Dutch
Nationality Dutch

🌙 Zodiac

Johannes van der Waals’s zodiac sign is Sagittarius. According to astrologers, Sagittarius is curious and energetic, it is one of the biggest travelers among all zodiac signs. Their open mind and philosophical view motivates them to wander around the world in search of the meaning of life. Sagittarius is extrovert, optimistic and enthusiastic, and likes changes. Sagittarius-born are able to transform their thoughts into concrete actions and they will do anything to achieve their goals.

🌙 Chinese Zodiac Signs

Johannes van der Waals was born in the Year of the Rooster. Those born under the Chinese Zodiac sign of the Rooster are practical, resourceful, observant, analytical, straightforward, trusting, honest, perfectionists, neat and conservative. Compatible with Ox or Snake.

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Johannes Diderik van der Waals was born on 23 November 1837 in Leiden in the Netherlands. He was the eldest of ten children born to Jacobus van der Waals and Elisabeth van den Berg. His father was a carpenter in Leiden. As was usual for working-class children in the 19th century, he did not go to the kind of secondary school that would have given him the right to enter university. Instead he went to a school of “advanced primary education”, which he finished at the age of fifteen. He then became a teacher's apprentice in an elementary school. Between 1856 and 1861 he followed courses and gained the necessary qualifications to become a primary school Teacher and head Teacher.


The main interest of van der Waals was in the field of thermodynamics. He was influenced by Rudolf Clausius' 1857 treatise entitled Über die Art der Bewegung, welche wir Wärme nennen (On the Kind of Motion which we Call Heat). Van der Waals was later greatly influenced by the writings of James Clerk Maxwell, Ludwig Boltzmann, and Willard Gibbs. Clausius' work led him to look for an explanation of Thomas Andrews' experiments that had revealed, in 1869, the existence of critical temperatures in fluids. He managed to give a semi-quantitative description of the phenomena of condensation and critical temperatures in his 1873 thesis, entitled Over de Continuïteit van den Gas- en Vloeistoftoestand (On the continuity of the gas and liquid state). This dissertation represented a hallmark in physics and was immediately recognized as such, e.g. by James Clerk Maxwell who reviewed it in Nature in a laudatory manner.


In 1862, he began to attend lectures in mathematics, physics and astronomy at the University in his city of birth, although he was not qualified to be enrolled as a regular student in part because of his lack of education in classical languages. However, the University of Leiden had a provision that enabled outside students to take up to four courses a year. In 1863 the Dutch government started a new kind of secondary school (HBS, a school aiming at the children of the higher middle classes). Van der Waals—at that time head of an elementary school—wanted to become a HBS Teacher in mathematics and physics and spent two years studying in his spare time for the required examinations.


In 1865, he was appointed as a physics Teacher at the HBS in Deventer and in 1866, he received such a position in The Hague, which was close enough to Leiden to allow van der Waals to resume his courses at the University there. In September 1865, just before moving to Deventer, van der Waals married the eighteen-year-old Anna Magdalena Smit.


At Leiden University, on June 14, 1873, he defended his doctoral thesis Over de Continuïteit van den Gas- en Vloeistoftoestand (on the continuity of the gaseous and liquid state) under Pieter Rijke. In the thesis, he introduced the concepts of molecular volume and molecular attraction.


Van der Waals started his career as a school Teacher. He became the first physics professor of the University of Amsterdam when in 1877 the old Athenaeum was upgraded to Municipal University. Van der Waals won the 1910 Nobel Prize in physics for his work on the equation of state for gases and liquids.


A second great discovery was published in 1880, when he formulated the Law of Corresponding States. This showed that the van der Waals equation of state can be expressed as a simple function of the critical pressure, critical volume, and critical temperature. This general form is applicable to all substances (see van der Waals equation.) The compound-specific constants a and b in the original equation are replaced by universal (compound-independent) quantities. It was this law which served as a guide during experiments which ultimately led to the liquefaction of hydrogen by James Dewar in 1898 and of helium by Heike Kamerlingh Onnes in 1908.


In 1890, van der Waals published a treatise on the Theory of Binary Solutions in the Archives Néerlandaises. By relating his equation of state with the Second Law of Thermodynamics, in the form first proposed by Willard Gibbs, he was able to arrive at a graphical representation of his mathematical formulations in the form of a surface which he called Ψ (Psi) surface following Gibbs, who used the Greek letter Ψ for the free Energy of a system with different phases in equilibrium.


Mention should also be made of van der Waals' theory of capillarity which in its basic form first appeared in 1893. In contrast to the mechanical perspective on the subject provided earlier by Pierre-Simon Laplace, van der Waals took a thermodynamic approach. This was controversial at the time, since the existence of molecules and their permanent, rapid motion were not universally accepted before Jean Baptiste Perrin's experimental verification of Albert Einstein's theoretical explanation of Brownian motion.


Van der Waals received numerous honors and distinctions, besides winning the 1910 Nobel Prize in Physics. He was awarded an honorary doctorate of the University of Cambridge; was made honorary member of the Imperial Society of Naturalists of Moscow, the Royal Irish Academy and the American Philosophical Society; corresponding member of the Institut de France and the Royal Academy of Sciences of Berlin; associate member of the Royal Academy of Sciences of Belgium; and foreign member of the Chemical Society of London, the National Academy of Sciences of the U.S., and of the Accademia dei Lincei of Rome. Van der Waals was a member of the Koninklijke Nederlandse Akademie van Wetenschappen (Royal Netherlands Academy of Sciences) since 1875. From 1896 until 1912, he was secretary of this society.


He married Anna Magdalena Smit in 1865, and the couple had three daughters (Anne Madeleine, Jacqueline E. van der Waals (nl), Johanna Diderica) and one son, the Physicist Johannes Diderik van der Waals, Jr. (nl) Jacqueline was a poet of some note. Van der Waals' nephew Peter van der Waals was a cabinet maker and a leading figure in the Sapperton, Gloucestershire school of the Arts and Crafts movement. The wife of Johannes van der Waals died of tuberculosis at 34 years old in 1881. After becoming a widower Van der Waals never remarried and was so shaken by the death of his wife that he did not publish anything for about a decade. He died in Amsterdam on March 8, 1923, one year after his daughter Jacqueline had died.

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