Who was Antoine Lavoisier? Everything You Need to Know

Quick Facts

French Celebrities Born In August

Also Known As: Antoine-Laurent de Lavoisier

Died At Age: 50

Family:

Spouse/Ex-: Marie-Anne Paulze Lavoisier

Born Country: France

Chemists French Men

Died on: May 8, 1794

place of death: Paris, France

Notable Alumni: Collège Des Quatre-Nations

Cause of Death: Guillotine

City: Paris

More Facts

education: University Of Paris, Collège Des Quatre-Nations

Recommended For You

1

What contributions did Antoine Lavoisier make to the field of chemistry?

Antoine Lavoisier is known as the "Father of Modern Chemistry" for his work in establishing the law of conservation of mass, discovering the role of oxygen in combustion, and developing the modern system of chemical nomenclature.
2

What is Antoine Lavoisier's famous experiment that led to the discovery of oxygen?

One of Lavoisier's most famous experiments involved heating mercury calx in a closed vessel, leading to the release of a gas (oxygen) and the formation of pure mercury. This experiment demonstrated the role of oxygen in combustion.
3

How did Antoine Lavoisier's work influence the development of the periodic table?

Lavoisier's work in establishing the law of conservation of mass and developing chemical nomenclature laid the foundation for the later development of the periodic table by Dmitri Mendeleev and others, as it provided a systematic way to classify and understand elements.
4

Why is Antoine Lavoisier's work considered crucial in the history of chemistry?

Lavoisier's work was crucial in the history of chemistry because he helped to transition the field from a qualitative to a quantitative science. His emphasis on accurate measurement and rigorous experimentation set the standard for modern chemistry.
5

How did Antoine Lavoisier's research on respiration contribute to our understanding of metabolism?

Lavoisier's studies on respiration and metabolism led to the discovery that oxygen is consumed during respiration and carbon dioxide is produced. This laid the groundwork for understanding the role of oxygen in cellular respiration and metabolism.

Recommended Lists:

Childhood & Early Life

Antoine-Laurent de Lavoisier was born to well-to-do parents, in Paris, France, on 26 August 1743.

The child pursued his primary schooling from the 'Collège des Quatre-Nations', graduating in 1761. In school, he developed an interest in subjects like botany, chemistry, mathematics and astronomy. His philosophy teacher, Abbé Nicolas Louis de Lacaille, influenced his love for meteorological observation.

By 1764, Antoine graduated from the school of law and became a qualified lawyer, though his actual interests lay in scientific studies.

Continue Reading Below

Recommended Lists:

French Chemists

French Scientists

Career

Lavoisier's passion for science grew mainly because of the works of scholars like Étienne Condillac and Pierre Macquer. During 1763 to 1767, the young man was trained in geology by Jean-Étienne Guettard, who the former assisted in a survey of the Alsace-Lorraine territory.

The year 1764 was in particular quite fruitful for Antoine, since he published his first ever scientific paper, dealing with the properties of the sulfate mineral, 'gypsum'. This paper, which was read to the 'French Academy of Sciences', marked the beginning of his career as a scientist.

In 1768, the 'French Academy of Sciences' employed Lavoisier as one of its members, in the capacity of which he began making France's earliest geological map.

It was in 1772 that Lavoisier found out the effects of combustion of phosphorus. He realized that the process required a lot of air and the consequence was a gain in mass.

Later, he conducted the same experiment on sulphur, and arrived at the same inferences. This research proved to be one of the most pioneering chemical theory ever deduced, which remains applicable in the field of science, to this day.

From 1773-74, the talented chemist conducted extensive research on the works of other scientists, including that of Joseph Black from Scotland. Antoine's publication named 'Opuscules physiques et chimiques' ('Physical and Chemical Essays'), was an important example of such research.

Black specialized in alkalis of all kinds, stating the dissimilarities between mild and caustic forms. In this regard, Black had experimented on chalk and quicklime, drawing his conclusion that mild alkalis are comprised of what he termed as "fixed air". This "fixed air" was different from the air we breathe and is now known as carbon dioxide.

It was Lavoisier who surmised that the same "fixed air" was emitted when metals were burnt along with charcoal in a limited reserve of oxygen, a process known as calcination.

The French chemist also inferred in 1774 that any substance can alter its state, liquid, gaseous or solid, during a chemical reaction. During this process however, one does not see any difference in the mass of the substance.

Continue Reading Below

The same year, he met Joseph Priestly, an English scientist, who urged Antoine to carry on further experimentation on the gas released while burning mercury.

Lavoisier's research was so significant and impressive that along with three other scientists, he was given the responsibility of improving the quality of gunpowder used by the French army, in the year 1775.

During 1777-87, it was the brilliant French scientist who identified oxygen, named it so, and determined the fact that sulphur was actually an element, contrary to the established belief of the day. He also discovered hydrogen gas, and stated that there was a possibility that a substance having the properties of silicon, existed.

Antoine was one of the four scientists who set down rules for naming chemical substances in a systematic way, in 1787. The other chemists were Antoine François de Fourcroy, L. B. Guyton de Morveau, and Claude-Louis Berthollet.

Major Works

Lavoisier is best known, even today, for his invaluable identification of oxygen, and his theory determining the role that the gas plays in the process of combustion of any substance.

Awards & Achievements

In 1766, this remarkable scientist was the recipient of a gold medal, presented by the French emperor. The chemist had written a well-appreciated essay that suggested solutions to the difficulties of providing light to the roads in a city.

Personal Life & Legacy

In 1771, the young scientist married a girl fifteen years younger to him, Marie-Anne Pierrette Paulze. An intelligent young girl, she became Antoine's assistant, helping him not just with his experiments, but also with his publications.

With the advent of the 'French Revolution', Antoine soon lost his government job, and was forced to halt his scientific research. Since he was an influential member of the tax collecting establishment, 'Ferme Générale', the new French leader, Maximilien de Robespierre, labelled him a renegade.

Continue Reading Below

In 1794, he was indicted for various crimes, including being a quisling of foreign scientists like Joseph Louis Lagrange, and was executed on May 8, along with twenty-seven other accused.

It was only after more than a year that the body of the famous scientist was exhumed, and his possessions were given to his wife, Marie-Anne. By then, the French government had established the fact that the scientist had been wrongly executed.

Several streets, schools and buildings have been named after this accomplished scientist.

His theories have been declared by establishments like 'Société Chimique de France', 'American Chemical Society', and the 'French Academy of Sciences' as one of greatest contributions to the field of science.

Facts About Antoine Lavoisier

Antoine Lavoisier was not only a renowned chemist but also a skilled economist who played a key role in the reform of France's tax system.

Lavoisier was a dedicated husband to his wife, Marie-Anne Pierrette Paulze, who not only supported his scientific endeavors but also made significant contributions to his work.

Despite his busy schedule as a scientist and public servant, Lavoisier had a passion for gardening and spent time cultivating plants in his personal garden.

Lavoisier was known for his meticulous record-keeping and precise measurements in his experiments, setting a high standard for scientific methodology during his time.

Lavoisier had a keen interest in the arts and was an avid collector of paintings and sculptures, showcasing his appreciation for creativity beyond the realm of science.

Antoine Lavoisier Biography

You wanted to know

What contributions did Antoine Lavoisier make to the field of chemistry?

What is Antoine Lavoisier's famous experiment that led to the discovery of oxygen?

How did Antoine Lavoisier's work influence the development of the periodic table?

Why is Antoine Lavoisier's work considered crucial in the history of chemistry?

How did Antoine Lavoisier's research on respiration contribute to our understanding of metabolism?