OCTOBER 14 – BIRTHS – Scientists born on October 14th
American molecular geneticist who pioneered the use of automated gene sequencers. In 1990, he developed "expressed sequence tags" (ESTs), a new strategy for gene discovery and tagging that revolutionized the biological sciences. In 1995, Venter, in collaboration with Hamilton Smith, determined the DNA sequence of the entire genome (all the genetic material of an organism) of Hemophilus influenzae, a bacterium that causes earaches and meningitis in humans. The achievement marked the first time that the complete sequence of a free-living organism had been deciphered, and it was accomplished in less than a year. He founded the Institute for Genomic Research (TIGR). By 2000, his company Celera Genomics sequenced the human genome.
U.S. anthropologist who established cultural ecology as a scientific discipline. Netting earned international recognition in the field of cultural ecology for documenting the strategies used by residents of challenging habitats to survive. He covered this area extensively. Netting was involved with and studied human-environment interactions, focusing on subsistence and development issues. He was as loyal to geography as he was to anthropology. Netting filled the gap between geography and anthropology better than anyone else, especially from the anthropological side.
American electrical engineer, a pioneer in radio-thermics, who made major contributions to the development of radio and television broadcast antennas. In 1936, Brown invented the so-called turnstyle antenna for television broadcasting. Because of this, the Federal Communications Commission (FCC) adopted a TV system of 441 lines. In 1938, Brown developed the vestigial sideband filter for use in television transmission, doubling the horizontal resolution of television pictures at any given bandwith. During WW II, with RCA's researchers, George Brown's group used radio-frequency heating in the bulk dehydration of penicillin at E.R. Squibb, a "sewing machine" for thermoplastics, and more consistent riveting and welding techniques. Image: Modern weather satellite receiving turnstyle antenna.
c. 1980
W(illiam) Edwards Deming was an American statistician, the father of "Total Quality Management." After WW II, he contributed to Japan's economic recovery by recommending statistical methods of quality control in industrial production. His method embraced carefully tallying product defects, examining their causes, correcting the problems, and then tracking the results of these changes on subsequent product quality. In his career before the war, he had developed statistical sampling techniques that were first used in the 1940 U.S. census. From the 1980's in the U.S. Deming taught quality control through the statistical control of manufacturing processes for companies such as Ford, Xerox, and GM.«
English zoologist who played a leading part in changing the main objective of 20th-century zoological research from evolutionary comparative anatomy to the functional analysis of living cells and living animals, particularly through his editorship (1925-54) of theJournal of Experimental Biology. He authored How Animals Move (1953), and Animal Locomotion (1968). Gray applied mechanical principles to the analysis of animal movement. In 1936, his calculations started a controversy, called Gray's paradox, concerning comparisons of swimming efficiency in fish and in submarines. Energetics calculations suggest that fish and other ocean denizens are much more efficient swimmers than subs, while theoretical hydrodynamic calculations suggest they are not.
Norwegian geologist and petrologist who pioneered in the use of physical-chemical methods in the study of the origin of igneous rocks and ores. He did important work on the chemistry of silicates as the basis for igneous rock petrology, and on differentiation in cooling magmas. Vogt is often called the father of modern physiochemical petrology. He also made studies of ore geology, especially magmatic ores. Petrology is a branch of geology that deals with the origin, composition, structure, and alteration of rocks.
1894
American inventor who built one of the first successful gasoline-powered automobiles. In 1886, when natural gas was found in his hometown of Portland, Indiana, Haynes organized a company to supply it to the town. He devised a method to dehydrate the gas prior to its being pumped through the lines. Also in 1886, he invented a small vapor thermostat used on natural gas. In 1893, he purchased a gasoline engine and designed a "horseless carriage." When Haynes was searching for an alloy that would make a durable spark plug electrode, he invented stellite alloy, which invention is still contributing to society today. Harder than steel and resistant to corrosion, this metal now plays an important part in fabrication of aeronautical materials suitable for exploration of outer space.
German physicist who investigated the properties of electrolytes (substances that conduct electricity in solutions by transfer of ions) and contributed to the understanding of their behaviour. Some of Kohlrausch's pioneering achievements include conductivity measurements on electrolytes, his work on the determination of basic magnetic and electrical quantities, and the enhancement of the associated measuring technologies. It was under his direction that the "Physikalisch-Technische Reichsanstalt" (the then Imperial Physical Technical Institute in Germany) created numerous standards and calibration standards which were also used internationally outside Germany.
British lawyer and anthropologist who undertook a vast comparative research of the ceremonies of marriage. His theory of social evolution, in which he first used the terms exogamy (marriage outside the group) and endogamy (marriage within the group), stemmed from his interest in the survival of primitive cultures. He did much to stimulate and guide anthropological research. He developed influential theories on cultural evolution, kinship and the origin of religion. McLennan's pioneering work on totems (as survivals of primitive worship of fetishes, plants, animals and anthropomorphic gods) had a great influence upon contemporary social scientists, including Sigmund Freud. McLennan was influenced strongly by Charles Darwin's theory of evolution.
Irish-English physicist, astronomer and explorer who studied the shape of the Earth and its magnetic field. He was commissioned in the Royal Artillery, and reached the rank of major-general before retiring in 1877. As an explorer, the party's astronomer, he joined the expedition of John Ross to find the Northwest Passage (1818). He also went with Parry on an Arctic expedition (1819-20). Through experiments using a pendulum at different global locations, he determined the shape of the Earth (1821-3). Sabine also studied the earth's magnetic field, and on 6 Apr 1852 announced the link between sunspots and irregular geomagnetic variations.
Swiss chemist and plant physiologist whose quantitative experiments on the influence of water, air, and nutrients on plants laid the foundation for phytochemistry.
Walter Maurice Elsasser was a German-American physicist who contributed to science in several disciplines. In atomic physics, he interpreted electron scattering. In geophysics, during the 1940's, he provided insight into radiative heat transfer in the Earth's atmosphere, and presented the currently accepted dynamo theory to explanation the origin and properties of the Earth's magnetic field. He proposed that this magnetic field resulted from electric currents induced in the fluid outer core of the Earth. He pioneered study of the magnetic orientation of minerals in rocks to reveal the Earth's history of its magnetic field. The last fifty years of his life were to a large part given to studies relevant to biology: a theory of organisms. He wished to establish the distinction between living and inanimate matter.«
English radio astronomer who worked on radar for British wartime defense. After WW II, he became a leader in the development of radio astronomy by designing revolutionary radio telescope systems to use for accurate location of weak radio sources. With his aperture synthesis technique of interferometry, he and his team located radio-emitting regions on the sun and pinpointed other radio sources so that they could be studied in visible light. Ryle observed the most distant known galaxies of the universe. His 1C - 5C Cambridge catalogues of radio sources led to the discovery of numerous radio galaxies and quasars. For his aperture synthesis technique, Ryle shared the 1974 Nobel Prize for Physics (with Antony Hewish), the first such recognition of astronomical research. He was the 12th Astronomer Royal (1972-82).«
American chemical engineer, industrialist and inventor.
Australian geologist and explorer whose travels in the Antarctic earned him worldwide acclaim.
Heinrich (Gustav Johannes) Kayser was a German physicist who discovered the presence of helium in the Earth's atmosphere. Prior to that scientists had detected helium only in the sun and in some minerals. Kayser's early research work was on the properties of sound. In collaboration with the physicist and mathematician Carl D.T. Runge, Kayser carefully mapped the spectra of a large number of elements. He wrote a handbook of spectroscopy (1901–12) and a treatise on the electron theory (1905). [Image: Helium spectrum]
English physician.
Scottish naturalist and paleontologist who became known as an authority on brachiopods, known as "lamp shells" because some varieties resemble a Roman oil lamp, a phylum of bottom-dwelling marine invertebrates (Brachiopoda). Some of these fossils are among the oldest found. His major work, Monograph of British Fossil Brachziopoda, was published by the Palaeontographical Society (1850-1886). Together with supplements, this comprised six quarto volumes with more than 200 plates drawn on stone by the author. Upon his death, he bequeathed his fine collection of recent and fossil brachiopoda to the British Museum.
1915
(USPTO)
No comments:
Post a Comment