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	Walther Bothe Summary
		Walther Bothe was born on Jan. 8, 1891, in Oranienburg near Berlin.
		Walther Wilhelm Georg Bothe was born in Oranienburg, Germany, on January 8, 1891, the son of Fritz and Charlotte Hartung Bothe.
		Bothe taught at the University of Berlin from 1920 to 1931, at the University of Giessen from 1931 to 1934
	www.bookrags.com /Walther_Bothe (2457 words)

	Walther Bothe - Wikipedia, the free encyclopedia
		Bothe won a Nobel Prize in Physics for 1954 (along with Max Born) for his invention of the coincidence circuit.
		Bothe began applying the coincidence method to the transmutation of light elements by the bombardment with alpha particles in 1927.
		Bothe, W., "The distribution of velocity of the neutrons in a braking means".
	en.wikipedia.org /wiki/Walther_Bothe (670 words)

	Walther Bothe - Wikipedia
		Aus der Berliner Zeit wird folgender Zwischenfall berichtet: Wenn Otto Frisch, der Neffe von Lise Meitner, den Flur in der Nähe von Walther Bothes Laboratorium entlang ging, pfiff er gerne seine Interpretation der Brandenburgischen Konzerte von Bach.
		Bothe ließ sich dadurch regelmäßig beim Auszählen von Alphateilchen ablenken, was ihn viel Zeit für die Wiederholung der Versuche kostete.
		Walther Bothe hat als Pionier der modernen Kern- und Elementarteilchenphysik mit einer Fülle herausragender wissenschaftlicher Leistungen eine bleibende Spur in der Physikgeschichte des 20.
	de.wikipedia.org /wiki/Walther_Bothe (4140 words)

	Walther Bothe and the Physics Institute: the Early Years of Nuclear Physics
		Bothe's group was one of the first to go beyond nuclear studies of light atoms and begin to explore the more difficult and complex reactions in elements of intermediate and heavy atomic weights.
		In 1932, Walther Bothe was called on to replace Philipp Lenard, the retiring director of the Institute of Physics at the University of Heidelberg.
		Walther Bothe was both a strong theoretician and one of the most accomplished experimental physicists of the first half of the 20th century.
	nobelprize.org /nobel_prizes/medicine/articles/states/walther-bothe.html (5822 words)

	Walther Bothe
		Walther Wilhelm Georg Bothe (January 8, 1891 - February 8, 1957) was a German physicist who won a Nobel Prize in Physics for 1954 (along with Max Born) for his invention of the coincidence circuit.
		During the 1920s Bothe used the coincidence method to discovery penetrating radition coming from the upper atmosphere now known as cosmic rays.
		In the 1930s Bothe started working at the Kaiser Wilhelm Institute (now the Max Planck Institute) and in 1938 Wolfgang Gentner and Bothe published the energy dependence of the nuclear photo-effect, which ws the first decisive evidence that absorption spectra of nuclei are accumulative and continuous.
	www.teachtime.com /en/wikipedia/w/wa/walther_bothe.html (342 words)

	Reference.com/Encyclopedia/Walther Bothe
		Walther Wilhelm Georg Bothe (January 8, 1891 – February 8, 1957) was a German physicist, mathematician, chemist, and Nobel Prize winner.
		Bothe taught at the University of Berlin from 1920 to 1931, at the University of Giessen from 1931 to 1934 and in 1932 was appointed Director of the Institute of Physics at the University of Heidelberg, succeeding Philipp Lenard.
		In 1938, Wolfgang Gentner and Bothe published a paper on the energy dependence of the nuclear photo-effect, which was the first decisive evidence that the absorption spectra of nuclei are accumulative and continuous.
	www.reference.com /browse/wiki/Walther_Bothe (734 words)

	Coincidence circuit - Wikipedia, the free encyclopedia
		Walther Bothe shared the Nobel Prize in 1954 "for his discovery of the method of coincidence and the discoveries subsequently made by it." Bruno Rossi invented the electronic coincidence circuit for implementing the coincidence method.
		Bothe used two point discharge counters connected to separate fiber electrometers and recorded the fiber deflections on a moving photographic film.
		Both devices were intended to be "non-interfering and non-interferable", and so they encorporated a receiver responsive only when several frequencies are combined in the correct order and duration in the "AND" circuit, thus allowing for greatly increased capacity of transmission lines and privacy of messages.
	en.wikipedia.org /wiki/Coincidence_circuit (775 words)

	Walther Bothe Biography
		In 1938, Wolfgang Gentner and Bothe published the energy dependence of the nuclear photo-effect, which was the first decisive evidence that absorption spectra of nuclei are accumulative and continuous.
		Bothe continued to work at the Institute of Physics in the Max Planck Institute until his death in Heidelberg.
		Bothe, W., "The distribution of velocity of the neutrons in a braking means".
	www.biographybase.com /biography/Bothe_Walther.html (528 words)

	Bothe, Walther
		Bothe's scientific work coincided with the opening up of the vast field of nuclear physics and the results he obtained led to new outlooks and methods.
		In 1929, in collaboration with W. Kolhörster, Bothe introduced a new method for the study of cosmic and ultraviolet rays by passing them through suitably arranged Geiger counters, and by this method demonstrated the presence of penetrating charged particles in the rays, and defined the paths of individual rays.
		For his discovery of the method of coincidence and the discoveries subsequently made by it, which laid the foundations of nuclear spectroscopy, Bothe was awarded, jointly with Max Born, the Nobel Prize for Physics for 1954.
	www.cartage.org.lb /en/themes/Biographies/MainBiographies/B/BotheW/1.html (943 words)

	Walther Bothe (Site not responding. Last check: 2007-10-21)
		In 1938 Wolfgang Gentner and Bothe published the dependence of the nuclear photo-effect which was first decisive evidence that absorption spectra of are accumulative and continuous.
		Bothe was in music (playing the piano) and painting (oil painting and water color).
		Bothe was a Bothe was sensitive to criticism and kept privately.
	www.freeglossary.com /Walter_Bothe (1006 words)

	Highbeam Encyclopedia - Search Results for Walther
		Walther von der Vogelweide (1170–1230) German poet, considered the greatest minnesinger of the Middle Ages.
		Of knightly birth, Walther was educated at a monastery school and served masters in several courts.
		Walther PPKS: American style; S&W's Version "1" of this distinguished design fixes some previous faults and raises the bar for Walther.
	www.encyclopedia.com /SearchResults.aspx?Q=Walther (736 words)

	Bothe, Walther
		Bothe's scientific work coincided with the opening up of the vast field of nuclear physics and the results he obtained led to new outlooks and methods.
		In 1929, in collaboration with W. Kolhörster, Bothe introduced a new method for the study of cosmic and ultraviolet rays by passing them through suitably arranged Geiger counters, and by this method demonstrated the presence of penetrating charged particles in the rays, and defined the paths of individual rays.
		For his discovery of the method of coincidence and the discoveries subsequently made by it, which laid the foundations of nuclear spectroscopy, Bothe was awarded, jointly with Max Born, the Nobel Prize for Physics for 1954.
	cartage.org.lb /en/themes/Biographies/MainBiographies/B/BotheW/1.html (943 words)

	Walther Bothe (Site not responding. Last check: 2007-10-21)
		Bothe won a NobelPrize in Physics for 1954 (along with Max Born) for his invention of the coincidence circuit.
		During the 1920s Bothe used the coincidence method to discovery penetrating radiationcoming from the upper atmosphere now known as cosmic rays.
		In the 1930s, he found that the radiation emitted by beryllium when it is bombarded with alpha particles a new form of penetrating high energy radiation, which waslater shown by James Chadwick to be neutrons.
	www.therfcc.org /walther-bothe-79968.html (590 words)

	Walther Wilhelm Georg Bothe (Site not responding. Last check: 2007-10-21)
		Bothe taught at the universities of Berlin (1920-31), Giessen (1931-34), and Heidelberg (1934-57).
		In 1925 he and Hans Geiger used two Geiger counters to gather data on the Compton effect --the dependence of the increase in the wavelength of a beam of X rays upon the angle through which the beam is scattered as a result of collision with electrons.
		With the astronomer Werner Kolhorster, Bothe again applied this coincidence-counting method in 1929 and found that cosmic rays are not composed exclusively of gamma rays, as was previously believed.
	physics.nobel.brainparad.com /walther_wilhelm_georg_bothe.html (256 words)

	Walther Bothe - Wikinfo
		Walther Wilhelm Georg Bothe (January 8, 1891 - February 8, 1957) was a German physicist who won a Nobel Prize in Physics for 1954 (along with Max Born) for his invention of the coincidence circuit.
		In 1930 he found that the radiation emitted by beryllium when it is bombarded with alpha particles a new form of penetrating high energy radiation, which was later shown by James Chadwick to be neutrons.
		In the 1930s Bothe started working at the Kaiser Wilhelm Institute (now the Max Planck Institute) and in 1938 Wolfgang Gentner and Bothe published the energy dependence of the nuclear photo-effect, which ws the first decisive evidence that absorption spectra of nuclei are accumulative and continuous.
	www.wikinfo.org /wiki.php?title=Walther_Bothe&printable=yes (1198 words)

	ALSOS - Wikipedia
		Bothe vertrat wiederholt die Meinung, dass man noch Jahrzehnte von der Realisierung der Uranmaschine und ihrer Nutzung als Energiequelle entfernt sei und dass Uran ein in der Praxis nicht anwendbarer Explosivstoff sei.
		Bothe hatte bereits alle seine Unterlagen zu kriegsrelevanter Forschung vernichtet und verweigerte jegliche Aussage, bis die deutsche Regierung offiziell kapitulierte.
		Andererseits wurde Bothes Ausrüstung konfisziert, sein Labor von der US-Armee besetzt, und Deutschland wurde bis in die 50-er Jahre hinein mit einem Verbot der kernphysikalischen Forschung belegt.
	de.wikipedia.org /wiki/ALSOS (879 words)

	Geometry.Net - Nobel: Bothe Walther
		walther bothe was born on January 8, 1891, at Oranienburg the foundations of nuclearspectroscopy, bothe was awarded jointly with Max Born, the nobel Prize for
		walther bothe was called on to replace Philipp Lenard, the retiring Director ofthe Institute of Physics at the University of Heidelberg.
		Kuhn was both a brilliant theoretician and experimentalist, a master of physical, analytical and organic chemistry.
	www.geometry.net /detail/nobel/bothe_walther.html (1923 words)

	Walther P5 Compact (Site not responding. Last check: 2007-10-21)
		Stephan was initially the religious leader (and self-proclaimed bishop) of the new settlement, but he soon became embroiled in charges of corruption and sexual misconduct, and was expelled from the settlement, leaving Walther as the senior clergyman.
		Walther's view that they could consider themselves a new church prevailed, and in May 1841 he became Pastor of Trinity Lutheran Church, a position he held until his death.
		Walther Hermann Nernst (June 25, 1864 - November 18, 1941) was a Polish-German chemist who helped establish the modern field of physical chemistry.
	www.wwwtln.com /finance/199/walther-p5-compact.html (1725 words)

	Walther Train
		Stephan was initially the religious leader (and self-proclaimed bishop) of the new settlement, but he soon became embroiled in charges of corruption and sexual misconduct, and was expelled from the settlement, leaving Walther as the senior clergyman.
		Walther's view that they could consider themselves a new church prevailed, and in May 1841 he became Pastor of Trinity Lutheran Church, a position he held until his death.
		Walther Hermann Nernst (June 25, 1864 - November 18, 1941) was a Polish-German chemist who helped establish the modern field of physical chemistry.
	www.artistbooking.com /trips/220/walther-train.html (1713 words)

	NationMaster - Encyclopedia: Walther Bothe (Site not responding. Last check: 2007-10-21)
		Walther is remembered most for his famous quote, "My two great loves are chemistry and beautiful men." Johannes (Hans) Wilhelm Geiger (September 30, 1882 â€“ September 24, 1945) was a German physicist.
		In particle physics, a meson is a strongly interacting boson, that is, it is a hadron with integral spin.
		Watercolor is a painting technique making use of water-soluble pigments that are either transparent or opaque and are formulated with gum to bond the pigment to the paper.
	www.nationmaster.com /encyclopedia/Walther-Bothe (2078 words)

	Walther Bothe - Å¹rodÅo Wikipedia Wolna Encyklopedia (Site not responding. Last check: 2007-10-21)
		Walther Wilhelm Georg Bothe (8_stycznia, 1891 - 8_lutego, 1957) niemiecki Fizyk, Matematyk, Chemik, laureat Nagrody Nobla z fizyki w roku 1954 (wspï¿½ï¿½ï¿½ï¿½laureat Max_Born).
		Bothe, W. and W. Fuenfer, "Layer attempts with variation of the u and DO thicknesses".
		States, David M., "[http://sun0.mpimf-heidelberg.mpg.de/History/Bothe1.html Walther Bothe and the Early Years of the KWImF Nuclear Physics Department]".
	www.fanzine.pl /wikipedia/Walther_Bothe (319 words)

	Walther Bothe - Physik-Lexikon (Site not responding. Last check: 2007-10-21)
		Bothe lieÃ sich dadurch regelmÃ¤Ãig beim AuszÃ¤hlen von Alphateilchen ablenken, was ihn viel Zeit fÃ¼r die Wiederholung der Versuche kostete.
		Walther Bothe hat als Pionier der modernen Kern- und Elementarteilchenphysik mit einer FÃ¼lle herausragender wissenschaftlicher Leistungen eine bleibende Spur in der Physikgeschichte des 20.
		Bothe nahm bereits vor 1948 das einzige existierende Zyklotron in Heidelberg wieder in Betrieb.
	www.physik-lexikon.de /wiki/index.php?title=Walther_Bothe (4119 words)

	Life and research of Walther Wilhelm Georg Bothe (Site not responding. Last check: 2007-10-21)
		A lecture given [in German] in the Bürgerzentrum Oranienburg on June 23, 2006 by Eugen M. Baitinger, a German researcher in the field of nanotechnology and carbon nanotubes physics and professor of general physics, born on 2 September, 1949 in Tscheljabinsk, Russia; private address: Walther-Bothe-Straße 27, 16515 Oranienburg, Germany.
		ABSTRACT: The physicist Walther Wilhelm Georg Bothe was born on 8 January, 1891 in Oranienburg in the Berliner Straße 2.
		Bothe published more than 200 articles in various fields ranging from optics to nuclear physics to cosmic radiation.
	www.pitb.de /nanotech2/bothe.html (142 words)

	Walther Bothe - Nobel Lecture
		The readings of both counters were recorded side by side on a moving paper chart.
		This demonstrated both the conservation of energy and the conservation of the impulse.
		Direction coupling between the various radiations generated in a nuclear reaction both with one another and with the initiating radiation can also be detected and measured by coincidences; this provides valuable information about the structure of the atomic nuclei.
	www.nobelprize.org /nobel_prizes/physics/laureates/1954/bothe-lecture.html (2155 words)

	Walther Bothe - Bedeutung, Definition, Erklärung im netlexikon
		Das bewegte Leben Bothes spiegelt ein Stück deutscher Wissenschaftsgeschichte vor, während und nach dem Zweiten Weltkrieg wieder.
		Einen gewissen Wendepunkt auf dem Wege zur Klärung der quantentheoretischen Grundlagen stellte die von Niels Bohr gemeinsam mit Hendrik Antony Kramers und John Clarke Slater 1924 verfasste Arbeit „The Quantum Theory of Radiation“ dar, in der angenommen wurde, dass die Sätze von der Impuls- und Energieerhaltung auf atomarer Ebene nur statistische Gültigkeit besäßen.
		Den Nobelpreis für Physik erhielt Walther Bothe am 10.12.1954 zusammen mit dem deutschen, aber schon 1929 nach England emigrierten Forscher Max Born.
	www.lexikon-definition.de /Walther-Bothe.html (4220 words)

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