In 1868 there was another explosion in his laboratory. Bunsen did a great deal of his laboratory work personally. He graduated from the Gymnasium at Holzminden in 1828 following which he joined the University of Göttingen where he studied chemistry, physics, mineralogy, and mathematics.
He grew up to study chemistry, physics, mineralogy, and mathematics at the University of Göttingen and earned his doctorate in chemistry.
A pioneer in photochemistry, he developed several gas-analytical methods and also performed research in the field of organoarsenic chemistry. He is best known for the development of the laboratory heater that bears his name. , When Bunsen retired at the age of 78, he shifted his work solely to geology and mineralogy, interests which he had pursued throughout his career. Bunsen had first met Kirchhoff and worked with him at the University of Breslau, when he spent a year there in 1851. Without warning, they explode in dry air.
Bunsen stayed at Göttingen until he won a government scholarship to travel around Europe studying chemistry. He invented the zinc-carbon battery; invented flash photography; showed how geysers function; and with Gustav Kirchhoff invented one of the most fruitful scientific methods in history: spectroscopy, which Bunsen and Kirchhoff used to discover the elements cesium and rubidium. Robert Wilhelm Eberhard Bunsen was born on March 30, 1811, in Göttingen, Germany.
Passionately committed to chemistry, he worked with substances such as cacodyl derivatives, sodium, barium, calcium, hydrogen and chlorine to make new discoveries and inventions. The burner is now known as the "Bunsen burner.”. He saw more than the colors of the rainbow: he saw seven dark lines within the colors. Bright lines appeared in the spectrum: the elements, when strongly heated in the Bunsen burner’s flame, emitted light at particular colors or wavelengths.
Over the ensuing years, his experiments became more intense. Among his numerous inventions are a carbon-zinc electric cell, the grease-spot photometer, the ice calorimeter, and the Bunsen burner. Robert was the inventor of the Bunsen burner. Bunsen combined his zinc-carbon cells into large batteries, which he used to isolate metals from their ores. Every element absorbs or emits characteristic wavelengths of light, leading to different ‘fingerprints’ of lines for the different elements. In 1859, Kirchhoff and Bunsen brought together a spectroscope and a Bunsen burner to study spectra from Bunsen’s flame tests.
He spend most of 1832 and 1833 learning chemical techniques in laboratories in Germany, Austria, Switzerland, and France.
Some arsenic compounds, however, are explosive. He was a skilled glass blower, and he preferred doing experiments to anything else in science. He took courses in chemistry, physics, and mathematics, with some geology and botany. With his laboratory assistant Peter Desaga, he developed the Bunsen burner, an improvement on the laboratory burners then in use. Darwin Pleaded for Cheaper Origin of Species, Getting Through Hard Times – The Triumph of Stoic Philosophy, Johannes Kepler, God, and the Solar System, Charles Babbage and the Vengeance of Organ-Grinders, Howard Robertson – the Man who Proved Einstein Wrong, Susskind, Alice, and Wave-Particle Gullibility, 11 Great Scientists Who Rose From Harsh Beginnings. , In 1860, Bunsen was elected a foreign member of the Royal Swedish Academy of Sciences. Bunsen’s response was his gas burner. He was made a corresponding member of the Académie des Sciences in 1853, and a foreign member in 1882. , Sources disagree on Robert Bunsen's exact birth date. His father was Christian Bunsen, professor of modern languages and head librarian at the University of Göttingen. He much preferred to work quietly in his laboratory, continuing to enrich his science with useful discoveries. He saw this as an improvement on the expensive Grove cell, which was used, for example, to power telegraph lines. In the mid-1850s, he worked with his laboratory assistant, Peter Desaga, to develop a special gas burner which provided a very hot and clean flame. In addition to being an exceptional chemist, he was also skilled in designing apparatus and laboratory equipment.
Robert Bunsen died aged 88 on August 16, 1899 in Heidelberg.
He was the youngest of four sons. He became a professor at the University of Breslau in 1851. He was totally dedicated to his profession and was a very popular and much-loved scientist. Bunsen developed new techniques to analyze gases. Bunsen observed that sodium compounds gave an orange-yellow flame.
The burners, known as Bunsen burners, are used in laboratories all around the world.  The Bunsen–Kirchhoff Award for spectroscopy is named after Bunsen and Kirchhoff.
He would remain at Heidelberg until his retirement in 1889.
His students admired him greatly. His study of the emission spectra of heated elements led to the discovery of caesium (in 1860) and rubidium (in 1861). In 1864, Bunsen and his research student Henry Enfield Roscoe invented flash photography when they used the intense, bright light from burning magnesium as a light source to allow photographs to be taken in poor ambient light. He was invited to Iceland in 1846 to study volcanic activity, where he made fundamental contributions to geochemistry.
In 1833, aged 22, Bunsen started working as a chemistry lecturer at the University of Göttingen. He collaborated with Henry Enfield Roscoe in 1852 and the two men studied the photochemical formation of hydrogen chloride from hydrogen and chlorine which led to the development of the reciprocity law of Bunsen and Roscoe.
His. In 1852, Bunsen took the Chair of Chemistry at Heidelberg University. While he was not teaching, he busied himself with performing experiments in the laboratory.
He embarked on an academic career and taught at the Universities of Marburg and Breslau among others.
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