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Anguish, Aspiration, and Achievement in Russian Culture: Economics, Political Science (1998)
Russian culture is the culture associated with the country of Russia and, sometimes, specifically with Russians. It has a long history and can claim a long tradition of dividend in many aspects of the arts,[1] especially when it comes to literature[2] and philosophy, classical music[3][4] and ballet,[5] architecture and painting, cinema[6] and animation, which all had considerable influence on wor
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Homage to the fusioneer: 60 Years of Fusion research in 5 minutes.
Machines: Perhapsatron, Astron, Picket Fence, Savannah River, Migma, Fusor, ZETA, Theta Pinch, Baseball, Omega, Shiva, Cyclops, Stellerator, Baseball-II, Tan...
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inventors and their inventions
Vitaly Abalakov (1906–1986), Russia – camming devices, Abalakov thread (or V-thread) gearless ice climbing anchor
Ernst Karl Abbe (1840–1905), Germany – Condenser (microscope), apochromatic lens, refractometer
Carl Roman Abt (1850–1933), Switzerland – Abt rack railway system
Hovannes Adamian (1879–1932), Armenia/Russia – tricolor principle of the color television
William Addis (1734–1808), England
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PHYSICS of the ENERGY SOURCES Series: Laser Driven Thermonuclear Fusion
Marshall Nicholas Rosenbluth addresses the present status, (1998), in Laser Driven Thermonuclear Fusion research worldwide. Stefan Frontier Conferences (Fron...
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PHYSICS of the ENERGY SOURCES: Laser Driven Thermonuclear Fusion; M. N. Rosenbluth
Marshall Nicholas Rosenbluth addresses the present status, (1998), in Laser Driven Thermonuclear Fusion research worldwide. Stefan Frontier Conferences (Fron...
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M. N. Rosenbluth: Status [1991] of Laser Thermonuclear Fusion Research. X-Ray Photography
The HISTORY of PHYSICS Series. Institute for Advanced Physics Studies, Stefan University.
M. N. Rosenbluth: Status [1991] of Laser Thermonuclear Fusion Research; HIGH SPEED X-RAY PHOTOGRAPHY
Marshall Nicholas Rosenbluth addresses the present status, (1991), in Laser Driven Thermonuclear Fusion research worldwide.La Valencia Hotel, La Jolla, California 92037.
Marshall Nicholas Rosenbluth, (192
Anguish, Aspiration, and Achievement in Russian Culture: Economics, Political Science (1998)
Russian culture is the culture associated with the country of Russia and, sometimes, specifically with Russians. It has a long history and can claim a long trad...
Russian culture is the culture associated with the country of Russia and, sometimes, specifically with Russians. It has a long history and can claim a long tradition of dividend in many aspects of the arts,[1] especially when it comes to literature[2] and philosophy, classical music[3][4] and ballet,[5] architecture and painting, cinema[6] and animation, which all had considerable influence on world culture. The country also has a flavorful material culture and a tradition in technology.
Russian culture grew from that of the East Slavs, with their pagan beliefs and specific way of life in the wooded areas of Eastern Europe. Early Russian culture was much influenced by neighbouring Finno-Ugric tribes and by nomadic, mainly Iranian and Turkic, peoples of the Pontic steppe. In the late 1st millennium AD the Scandinavian Vikings, or Varangians, also took part in the forming of Russian identity and Kievan Rus' state. Kievan Rus' had accepted Orthodox Christianity from the Eastern Roman Empire in 988, and this largely defined the Russian culture of the next millennium as the synthesis of Slavic and Byzantine cultures.[7] After the fall of Constantinople in 1453, Russia remained the largest Orthodox nation in the world and claimed succession to the Byzantine legacy in the form of the Third Rome idea. At different points in its history, the country was also strongly influenced by the culture of Western Europe. Since Peter the Great's reforms for two centuries Russian culture largely developed in the general context of European culture rather than pursuing its own unique ways. The situation changed in the 20th century, when the Communist ideology became a major factor in the culture of the Soviet Union, where Russia, or Russian SFSR, was the largest and leading part.
Nowadays, Russian cultural heritage is ranked seventh in the Nation Brands Index, based on interviews of some 20,000 people mainly from Western countries and the Far East. Due to the relatively late involvement of Russia in modern globalization and international tourism, many aspects of Russian culture, like Russian jokes and Russian art, remain largely unknown to foreigners.
At the start of the 18th century the reforms of Peter the Great (the founder of Russian Academy of Sciences and Saint Petersburg State University) and the work of such champions as polymath Mikhail Lomonosov (the founder of Moscow State University) gave a great boost for development of science and innovation in Russia. In the 19th and 20th centuries Russia produced a large number of great scientists and inventors.
Nikolai Lobachevsky, a Copernicus of Geometry, developed the non-Euclidean geometry. Dmitry Mendeleev invented the Periodic table, the main framework of the modern chemistry. Nikolay Benardos introduced the arc welding, further developed by Nikolay Slavyanov, Konstantin Khrenov and other Russian engineers. Gleb Kotelnikov invented the knapsack parachute, while Evgeniy Chertovsky introduced the pressure suit. Pavel Yablochkov and Alexander Lodygin were great pioneers of electrical engineering and inventors of early electric lamps.
Alexander Popov was among the inventors of radio, while Nikolai Basov and Alexander Prokhorov were co-inventors of lasers and masers. Igor Tamm, Andrei Sakharov and Lev Artsimovich developed the idea of tokamak for controlled nuclear fusion and created its first prototype, which finally led to the modern ITER project. Many famous Russian scientists and inventors were émigrés, like Igor Sikorsky and Vladimir Zworykin, and many foreign ones worked in Russia for a long time, like Leonard Euler and Alfred Nobel.
Other technologies, where Russia historically leads, include nuclear technology, aircraft production and arms industry. The creation of the first nuclear power plant along with the first nuclear reactors for submarines and surface ships was directed by Igor Kurchatov. NS Lenin was the world's first nuclear-powered surface ship as well as the first nuclear-powered civilian vessel, and NS Arktika became the first surface ship to reach the North Pole.
https://en.wikipedia.org/wiki/Russian_culture
wn.com/Anguish, Aspiration, And Achievement In Russian Culture Economics, Political Science (1998)
Russian culture is the culture associated with the country of Russia and, sometimes, specifically with Russians. It has a long history and can claim a long tradition of dividend in many aspects of the arts,[1] especially when it comes to literature[2] and philosophy, classical music[3][4] and ballet,[5] architecture and painting, cinema[6] and animation, which all had considerable influence on world culture. The country also has a flavorful material culture and a tradition in technology.
Russian culture grew from that of the East Slavs, with their pagan beliefs and specific way of life in the wooded areas of Eastern Europe. Early Russian culture was much influenced by neighbouring Finno-Ugric tribes and by nomadic, mainly Iranian and Turkic, peoples of the Pontic steppe. In the late 1st millennium AD the Scandinavian Vikings, or Varangians, also took part in the forming of Russian identity and Kievan Rus' state. Kievan Rus' had accepted Orthodox Christianity from the Eastern Roman Empire in 988, and this largely defined the Russian culture of the next millennium as the synthesis of Slavic and Byzantine cultures.[7] After the fall of Constantinople in 1453, Russia remained the largest Orthodox nation in the world and claimed succession to the Byzantine legacy in the form of the Third Rome idea. At different points in its history, the country was also strongly influenced by the culture of Western Europe. Since Peter the Great's reforms for two centuries Russian culture largely developed in the general context of European culture rather than pursuing its own unique ways. The situation changed in the 20th century, when the Communist ideology became a major factor in the culture of the Soviet Union, where Russia, or Russian SFSR, was the largest and leading part.
Nowadays, Russian cultural heritage is ranked seventh in the Nation Brands Index, based on interviews of some 20,000 people mainly from Western countries and the Far East. Due to the relatively late involvement of Russia in modern globalization and international tourism, many aspects of Russian culture, like Russian jokes and Russian art, remain largely unknown to foreigners.
At the start of the 18th century the reforms of Peter the Great (the founder of Russian Academy of Sciences and Saint Petersburg State University) and the work of such champions as polymath Mikhail Lomonosov (the founder of Moscow State University) gave a great boost for development of science and innovation in Russia. In the 19th and 20th centuries Russia produced a large number of great scientists and inventors.
Nikolai Lobachevsky, a Copernicus of Geometry, developed the non-Euclidean geometry. Dmitry Mendeleev invented the Periodic table, the main framework of the modern chemistry. Nikolay Benardos introduced the arc welding, further developed by Nikolay Slavyanov, Konstantin Khrenov and other Russian engineers. Gleb Kotelnikov invented the knapsack parachute, while Evgeniy Chertovsky introduced the pressure suit. Pavel Yablochkov and Alexander Lodygin were great pioneers of electrical engineering and inventors of early electric lamps.
Alexander Popov was among the inventors of radio, while Nikolai Basov and Alexander Prokhorov were co-inventors of lasers and masers. Igor Tamm, Andrei Sakharov and Lev Artsimovich developed the idea of tokamak for controlled nuclear fusion and created its first prototype, which finally led to the modern ITER project. Many famous Russian scientists and inventors were émigrés, like Igor Sikorsky and Vladimir Zworykin, and many foreign ones worked in Russia for a long time, like Leonard Euler and Alfred Nobel.
Other technologies, where Russia historically leads, include nuclear technology, aircraft production and arms industry. The creation of the first nuclear power plant along with the first nuclear reactors for submarines and surface ships was directed by Igor Kurchatov. NS Lenin was the world's first nuclear-powered surface ship as well as the first nuclear-powered civilian vessel, and NS Arktika became the first surface ship to reach the North Pole.
https://en.wikipedia.org/wiki/Russian_culture
- published: 29 Dec 2015
- views: 1
Homage to the fusioneer: 60 Years of Fusion research in 5 minutes.
Machines: Perhapsatron, Astron, Picket Fence, Savannah River, Migma, Fusor, ZETA, Theta Pinch, Baseball, Omega, Shiva, Cyclops, Stellerator, Baseball-II, Tan......
Machines: Perhapsatron, Astron, Picket Fence, Savannah River, Migma, Fusor, ZETA, Theta Pinch, Baseball, Omega, Shiva, Cyclops, Stellerator, Baseball-II, Tan...
wn.com/Homage To The Fusioneer 60 Years Of Fusion Research In 5 Minutes.
Machines: Perhapsatron, Astron, Picket Fence, Savannah River, Migma, Fusor, ZETA, Theta Pinch, Baseball, Omega, Shiva, Cyclops, Stellerator, Baseball-II, Tan...
inventors and their inventions
Vitaly Abalakov (1906–1986), Russia – camming devices, Abalakov thread (or V-thread) gearless ice climbing anchor
Ernst Karl Abbe (1840–1905), Germany – Condens...
Vitaly Abalakov (1906–1986), Russia – camming devices, Abalakov thread (or V-thread) gearless ice climbing anchor
Ernst Karl Abbe (1840–1905), Germany – Condenser (microscope), apochromatic lens, refractometer
Carl Roman Abt (1850–1933), Switzerland – Abt rack railway system
Hovannes Adamian (1879–1932), Armenia/Russia – tricolor principle of the color television
William Addis (1734–1808), England – Toothbrush
Robert Adler (1913–2007), Austria/United States – wireless remote control (with Eugene Polley)
Jabir ibn Aflah (Geber) (c. 1100–1150), Islamic Spain – portable celestial globe
Samuel W. Alderson (1914–2005), USA – Crash test dummy
Anatoly Alexandrov (1903–1994), Russia – anti-mine demagnetising of ships, naval nuclear reactors (including one for the first nuclear icebreaker)
Alexandre Alexeieff (1901–1982) Russia/France – pinscreen animation (with his wife Claire Parker)
Rostislav Alexeyev (1916–1980), Russia – ekranoplan
Genrich Altshuller (1926–1998), Russia – TRIZ ("The Theory of Solving Inventor's Problems")
Bruce Ames (born 1928), USA – Ames test (cell biology)
Giovanni Battista Amici (1786–1863), Italy – Dipleidoscope, Amici prism
Mary Anderson (1866–1953), United States – windshield wiper blade
Momofuku Ando (1910–2007), Japan – Instant noodles
Vasily Andreyev (1861–1918), Russia – standard balalaika
Hal Anger (1920–2005), USA – a.o. Well counter (radioactivity measurements), gamma camera
Anders Knutsson Ångström (1888–1981), Sweden – Pyranometer
Ottomar Anschütz (1846–1907), Germany – single-curtain focal-plane shutter, electrotachyscope
Hermann Anschütz-Kaempfe (1872–1931), Germany – Gyrocompass
George Antheil (1900–1959), together with Hedy Lamarr (1914–2000), USA, Frequency-hopping spread spectrum
Oleg Antonov (1906–1984), Russia – An-series aircraft, including A-40 winged tank and An-124 (the largest serial cargo, later modified to world's largest fixed-wing aircraft An-225)
Virginia Apgar (1909–1974), USA – Apgar score (for newborn babies)
Nicolas Appert (1749–1841), France – canning (food preservation) using glass bottles, see also Peter Durand
Archimedes (c. 287–212 BC), Greece – Archimedes' screw
Guido of Arezzo (c. 991 – c. 1033), Italy – Guidonian hand, musical notation, see also staff (music)
Ami Argand (1750–1803), France – Argand lamp
Edwin Howard Armstrong (1890–1954), USA – FM radio
William George Armstrong (1810–1900), UK – hydraulic accumulator
Neil Arnott (1788–1874), UK – waterbed
Lev Artsimovich (1909–1973), Russia – tokamak
Joseph Aspdin (1788–1855), UK – Portland cement
John Vincent Atanasoff (1903–1995), Bulgaria/USA – modern digital computer
Frank Eugene Austin (1873–1964), USA – first patented ant farm
Daniel Axelrod (inv. 1980), USA – Total internal reflection fluorescence microscope
wn.com/Inventors And Their Inventions
Vitaly Abalakov (1906–1986), Russia – camming devices, Abalakov thread (or V-thread) gearless ice climbing anchor
Ernst Karl Abbe (1840–1905), Germany – Condenser (microscope), apochromatic lens, refractometer
Carl Roman Abt (1850–1933), Switzerland – Abt rack railway system
Hovannes Adamian (1879–1932), Armenia/Russia – tricolor principle of the color television
William Addis (1734–1808), England – Toothbrush
Robert Adler (1913–2007), Austria/United States – wireless remote control (with Eugene Polley)
Jabir ibn Aflah (Geber) (c. 1100–1150), Islamic Spain – portable celestial globe
Samuel W. Alderson (1914–2005), USA – Crash test dummy
Anatoly Alexandrov (1903–1994), Russia – anti-mine demagnetising of ships, naval nuclear reactors (including one for the first nuclear icebreaker)
Alexandre Alexeieff (1901–1982) Russia/France – pinscreen animation (with his wife Claire Parker)
Rostislav Alexeyev (1916–1980), Russia – ekranoplan
Genrich Altshuller (1926–1998), Russia – TRIZ ("The Theory of Solving Inventor's Problems")
Bruce Ames (born 1928), USA – Ames test (cell biology)
Giovanni Battista Amici (1786–1863), Italy – Dipleidoscope, Amici prism
Mary Anderson (1866–1953), United States – windshield wiper blade
Momofuku Ando (1910–2007), Japan – Instant noodles
Vasily Andreyev (1861–1918), Russia – standard balalaika
Hal Anger (1920–2005), USA – a.o. Well counter (radioactivity measurements), gamma camera
Anders Knutsson Ångström (1888–1981), Sweden – Pyranometer
Ottomar Anschütz (1846–1907), Germany – single-curtain focal-plane shutter, electrotachyscope
Hermann Anschütz-Kaempfe (1872–1931), Germany – Gyrocompass
George Antheil (1900–1959), together with Hedy Lamarr (1914–2000), USA, Frequency-hopping spread spectrum
Oleg Antonov (1906–1984), Russia – An-series aircraft, including A-40 winged tank and An-124 (the largest serial cargo, later modified to world's largest fixed-wing aircraft An-225)
Virginia Apgar (1909–1974), USA – Apgar score (for newborn babies)
Nicolas Appert (1749–1841), France – canning (food preservation) using glass bottles, see also Peter Durand
Archimedes (c. 287–212 BC), Greece – Archimedes' screw
Guido of Arezzo (c. 991 – c. 1033), Italy – Guidonian hand, musical notation, see also staff (music)
Ami Argand (1750–1803), France – Argand lamp
Edwin Howard Armstrong (1890–1954), USA – FM radio
William George Armstrong (1810–1900), UK – hydraulic accumulator
Neil Arnott (1788–1874), UK – waterbed
Lev Artsimovich (1909–1973), Russia – tokamak
Joseph Aspdin (1788–1855), UK – Portland cement
John Vincent Atanasoff (1903–1995), Bulgaria/USA – modern digital computer
Frank Eugene Austin (1873–1964), USA – first patented ant farm
Daniel Axelrod (inv. 1980), USA – Total internal reflection fluorescence microscope
- published: 22 Oct 2015
- views: 5
PHYSICS of the ENERGY SOURCES Series: Laser Driven Thermonuclear Fusion
Marshall Nicholas Rosenbluth addresses the present status, (1998), in Laser Driven Thermonuclear Fusion research worldwide. Stefan Frontier Conferences (Fron......
Marshall Nicholas Rosenbluth addresses the present status, (1998), in Laser Driven Thermonuclear Fusion research worldwide. Stefan Frontier Conferences (Fron...
wn.com/Physics Of The Energy Sources Series Laser Driven Thermonuclear Fusion
Marshall Nicholas Rosenbluth addresses the present status, (1998), in Laser Driven Thermonuclear Fusion research worldwide. Stefan Frontier Conferences (Fron...
PHYSICS of the ENERGY SOURCES: Laser Driven Thermonuclear Fusion; M. N. Rosenbluth
Marshall Nicholas Rosenbluth addresses the present status, (1998), in Laser Driven Thermonuclear Fusion research worldwide. Stefan Frontier Conferences (Fron......
Marshall Nicholas Rosenbluth addresses the present status, (1998), in Laser Driven Thermonuclear Fusion research worldwide. Stefan Frontier Conferences (Fron...
wn.com/Physics Of The Energy Sources Laser Driven Thermonuclear Fusion M. N. Rosenbluth
Marshall Nicholas Rosenbluth addresses the present status, (1998), in Laser Driven Thermonuclear Fusion research worldwide. Stefan Frontier Conferences (Fron...
M. N. Rosenbluth: Status [1991] of Laser Thermonuclear Fusion Research. X-Ray Photography
The HISTORY of PHYSICS Series. Institute for Advanced Physics Studies, Stefan University.
M. N. Rosenbluth: Status [1991] of Laser Thermonuclear Fusion Resear...
The HISTORY of PHYSICS Series. Institute for Advanced Physics Studies, Stefan University.
M. N. Rosenbluth: Status [1991] of Laser Thermonuclear Fusion Research; HIGH SPEED X-RAY PHOTOGRAPHY
Marshall Nicholas Rosenbluth addresses the present status, (1991), in Laser Driven Thermonuclear Fusion research worldwide.La Valencia Hotel, La Jolla, California 92037.
Marshall Nicholas Rosenbluth, (1927--2003), was one of the ultimate authorities in plasma physics and thermonuclear fusion research, often indicated by the sobriquet the "Pope of Plasma Physics." His theoretical contributions have been central to the development of controlled thermonuclear fusion. In the 1950s, his pioneering work in plasma instabilities, together with the pioneering works of Andrei Sakharov, Igor Tamm, Lyman Spitzer, Jr., and Lev A. Artsimovich and others, led to the design of the TOKAMAK, the principal configuration used in contemporary magnetic fusion research, such as ITER--International Tokamak Experimental Reactor.
In addition to his research achievements, Rosenbluth has made significant administrative contributions as science advisor in the field of energy policy and national defense. He is the founder of the Institute for Fusion Studies at Austin, Texas, and was its first director for many years. He was the recipient of the E.O. Lawrence Memorial Award (1964), the Albert Einstein Award (1967), the James Clerk Maxwell Prize in Plasma Physics (1976), and the Enrico Fermi Award (1967). M. N. Rosenbluth was a member of the American Academy of Arts and Sciences and the National Academy of Sciences of the USA, a Professor Emeritus of the University of California, San Diego, and a Senior Scientist at General Atomics, San Diego.
M. N. Rosenbluth, (Editor-in-Chief), New Ideas in Tokamak Confinement, (American Institute of Physics Press, New York, 1994); Research Trends in Physics Series, Institute for Advanced Physics Studies, Stefan University.
wn.com/M. N. Rosenbluth Status 1991 Of Laser Thermonuclear Fusion Research. X Ray Photography
The HISTORY of PHYSICS Series. Institute for Advanced Physics Studies, Stefan University.
M. N. Rosenbluth: Status [1991] of Laser Thermonuclear Fusion Research; HIGH SPEED X-RAY PHOTOGRAPHY
Marshall Nicholas Rosenbluth addresses the present status, (1991), in Laser Driven Thermonuclear Fusion research worldwide.La Valencia Hotel, La Jolla, California 92037.
Marshall Nicholas Rosenbluth, (1927--2003), was one of the ultimate authorities in plasma physics and thermonuclear fusion research, often indicated by the sobriquet the "Pope of Plasma Physics." His theoretical contributions have been central to the development of controlled thermonuclear fusion. In the 1950s, his pioneering work in plasma instabilities, together with the pioneering works of Andrei Sakharov, Igor Tamm, Lyman Spitzer, Jr., and Lev A. Artsimovich and others, led to the design of the TOKAMAK, the principal configuration used in contemporary magnetic fusion research, such as ITER--International Tokamak Experimental Reactor.
In addition to his research achievements, Rosenbluth has made significant administrative contributions as science advisor in the field of energy policy and national defense. He is the founder of the Institute for Fusion Studies at Austin, Texas, and was its first director for many years. He was the recipient of the E.O. Lawrence Memorial Award (1964), the Albert Einstein Award (1967), the James Clerk Maxwell Prize in Plasma Physics (1976), and the Enrico Fermi Award (1967). M. N. Rosenbluth was a member of the American Academy of Arts and Sciences and the National Academy of Sciences of the USA, a Professor Emeritus of the University of California, San Diego, and a Senior Scientist at General Atomics, San Diego.
M. N. Rosenbluth, (Editor-in-Chief), New Ideas in Tokamak Confinement, (American Institute of Physics Press, New York, 1994); Research Trends in Physics Series, Institute for Advanced Physics Studies, Stefan University.
- published: 02 Feb 2015
- views: 4