M Index Maior, John (52) Maltsev, Anatoly (1299*) Malcev, Anatoly (1299*) Malebranche, Nicolas(1326*) Malfatti, Francesco (419), malus, etienne louis (486) Mandelbrot http://www.math.hcmuns.edu.vn/~algebra/history/history/Indexes/M.html
Famous Scientists Anthony Carlisle (17681840). Thomas Young (1773-1829). Robert Brown (1773-1858).Jean Baptiste Biot (1774-1862). etienne louis malus (1775-1812). http://www.nidlink.com/~jfromm/elements/history.htm
Extractions: Famous Scientists Thales of Miletus (638-548 B.C.) - Greek philosopher; developed theory of matter based upon water. Heraclitus (c.540-475 B.C.) Pythagoras (581-497 B.C.) - Greek philosopher and mathematician; held that numbers were basic to matter; the Pythagorean Theorem is named for his geometric formulation; developed atomic theory; students of his philosophy emphasized geometrical form as a basic property of atoms; developed mathematical relationships which led to musical harmony. Empedocles (c.490-c.430 B.C.) Socrates (470-399 B.C.) - Greek philosopher; emphasized the study of human nature in relationship to society; influence the growth of science through standards for clear definitions and classifications, for logic and order, and for prudent skepticism. Democritus of Abdera (460-370 B.C.) - Greek philosopher; developed atomic theory; elaborated idea that matter consisted of atoms having physical size and shape which constantly moved in a void and interacted in different ways; Greek word atoma means indivisible. Leucippus (c.450 B.C.)
History A time line of the development of electromagnetism from 900 BC to 1905.Category Science Physics Electromagnetism History MacCullagh, James 1835, 1839. Magnus - 900 BC. malus, etienne louis - 1808.Mascart, E. - 1872. Maxwell, James Clerk - 1855, 1861, 1864, 1868, 1869, 1873. http://maxwell.byu.edu/~spencerr/phys442/node4.html
Extractions: Next: Review Sheet Up: No Title Previous: Homework Assignments A Ridiculously Brief History of Electricity and Magnetism Mostly from E. T. Whittaker's A History of the Theories of Aether and Electricity... 900 BC - Magnus, a Greek shepherd, walks across a field of black stones which pull the iron nails out of his sandals and the iron tip from his shepherd's staff (authenticity not guaranteed). This region becomes known as Magnesia. 600 BC - Thales of Miletos rubs amber ( elektron in Greek) with cat fur and picks up bits of feathers. 1269 - Petrus Peregrinus of Picardy, Italy, discovers that natural spherical magnets (lodestones) align needles with lines of longitude pointing between two pole positions on the stone. 1600 - William Gilbert, court physician to Queen Elizabeth, discovers that the earth is a giant magnet just like one of the stones of Peregrinus, explaining how compasses work. He also discusses static electricity and invents an electric fluid which is liberated by rubbing. ca. 1620 - Niccolo Cabeo discovers that electricity can be repulsive as well as attractive.
Ciencia1800 Translate this page 1807. Sódio e potássio Inglaterra - Humphry Davy. 1808. Luz polarizada França - etienne-louis malus. 1811. Iodo - França - Bernard Courtois. 1811. http://www.malhatlantica.pt/mediateca/ciencia1800.htm
Extractions: The ATOMIC THEORY and for Systems Biophysics. What follows here is a brief history of atomism, ...the idea that the world is made up of smaller fundamental "parts." It is a list of pioneers, discoverers and inventors with a few parallel achievements and historical figures added considered relevant to the progress of atomistic thinking. Not everyone can be mentioned here, but hopefully the important facts prevail. Although, we might assume that the process of "atomizing" reality or identically... establishing the "Doctrines of a Physical Science" are not easily traced or systematized relative with respect to any particular culture or historical mind-set, there are I think obligate hurdles to surpass en route to the discoveries that are always omni-present and necessary per idealized phase. This is to say that what we consider "a discovery" in a valid atomism is always present in the ecosystem of human experience,..for all epochs and phases of human history. There are "facts" to be discovered. Sub-visible and "supra-visible,"...beyond our senses. This may be the constant and "enduring" human condition as we are the problem-solving extropic specie in Universe.
BREWSTER, WILLIAM The fact that other. philosophers, notably etienne louis malus and Augustin Fresnel,were. pursuing the same investigations contemporaneously in France does not. http://42.1911encyclopedia.org/B/BR/BREWSTER_WILLIAM.htm
Extractions: A. Fernbach, W. Windisch, F. Weiss and P. Schidrowitz, that finishedmalt contains at least two proteolytic enzymes (a peptic and apancreatic enzyme).The presence of different types of phosphates in malt, and the important influence which, according to their nature, they exercise in the brewing process by way of the enzymes affected by them,have been made the subject of research mainly by Fernbach andA. Hubert, and by P. E. Petit and G. Labourasse. The number ofenzymes which are now known to take part in the brewing process isvery large. They may with utility be grouped as follows:Name. Role or Nature.Cytase - . . - Dissolves cell walls of starch granules.Diastase A - - . Liquefies starch. in tue maut , Diastase B - . . Saccharifies starch. or mash-tun. . (1) Peptic. Proteolytic Enzymes ~ (2) Pancreatic. Catalase - - - . Splits peroxides. In ferment- [Invertase - . . Inverts cane sugar. ing wort and~ Glucase - . . . Splits maltose into glucose. yeast. ~ Zymase - - . . Splits sugar into alcohol
History Of Optics 1808, etienne louis malus (France).As a result of observing light reflected fromthe windows of the Palais Louxembourg in Paris through a calcite crystal as it http://www1.mmu.edu.my/~andy/hist.html
Extractions: ~300 BC Euclid (Alexandria) In his Optica he notes that light travels in straight lines and describes the law of reflection. He believes that vision involves rays going from the eyes to the object seen and studies the relationship between the apparent sizes of objects and the angles that they subtend at the eye Probably 100 BC and 150 AD Hero (also known as Heron) of Alexandria. In his Catoptrica , Hero shows by a geometrical method that the actual path taken by a ray of light reflected from a plane mirror is shorter than any other reflected path that might be drawn between the source and point of observation. ~140 AD Claudius Ptolemy (Alexandria). In a twelfth-century Latin translation from the Arabic that is assigned to Ptolemy, a study of refraction, including atmospheric refraction, is described. It is suggested that the angle of refraction is proportional to the angle of incidence Ibn-al-Haitham ( also known as Alhazen) (b. Basra). In his investigations, he used spherical and parabolic mirrors and was aware of spherical aberration. He also investigated the magnification produced by lenses and atmospheric refraction. His work was translated into Latin and became accessible to later european scholars Robert Grosseteste (England).
Êé¼®ÎÄÕ Baptiste Biot,17741862)?(Augustin louis Cauchy,1789-1857)?(Simeon-DenisPoisson,1781-1840)(etienne-louis malus,1775-1812 http://wlhelper.best.163.com/shjwzh/ziranyuwenming/zrywm11.htm
Extractions: PATRONYMES COMMUNES GENEALOGISTES ABURRY Esquiule LUCUIX - OROSIE AGUER Esquiule LUCUIX - OROSIE AGUTTES Bayonne GRAND Hubert - SIFFERT Sarah Aillade Meillon BRANGER André - DUCOSSON Jean-Michel - GONTHIER Michel ALEMAN (d') Bayonne D'ALEMAN Hervé - LAFORCADE Cette-Eygun D'ALEMAN Hervé - LAFORCADE Nay-Bourdettes D'ALEMAN Hervé - LAFORCADE AMESTOY Espelette VIGNERON Jean-Luc - YHARRASSARRY Jean René Hasparren CAPDEVIELLE - SANTESTEBAN Camille ANDERE Esquiule FAURE Jacques - LUCUIX - OROSIE ANGLADE, D'ANGLADE, DANGLADE Castetner BOUZOM Michel - LAHOUDIE Patrick APIOU Borce LAMAZOU Noëlie - OROSIE ARROUSEZ Borce LAMAZOU Noëlie - OROSIE ARTAYET (d') Macaye FAGALDE Christine - PEYROUTET Jacques Mendionde FAGALDE Christine - PEYROUTET Jacques AVIGNON Saint-Armou CARRERE Marc - DECOGNé Frédéric BANQUET Anglet BICHINDARITZ Franck - LANDALLE Christophe BAPSERES Biarritz DALBARADE Pierre - LANDALLE Christophe BAQUÉ Orthez GRAZIDE Alain - LAMARQUE Marie Madeleine BARBACE Hasparren CHARLOT Jean-Louis - SANTESTEBAN Camille BAREILLE Carresse-Cassaber AMET Pascal - LOUSTALOT-GIBERT Marie-Noëlle Salies-de-Béarn BRANA Philippe - COUCHOT Josette BARINGOU Borce LAMAZOU Noëlie - OROSIE
Neue Seite 1 Translate this page Malfatti, Gian (1731 - 1807). malus, etienne (1775 - 1812). Mathieu, Emile Leonard(15.5.1835 - 19.10.1890). de Maupertuis, Pierre louis Moreau (1698 - 1759). http://www.mathe-ecke.de/mathematiker.htm
Extractions: Abbe, Ernst (1840 - 1909) Abel, Niels Henrik (5.8.1802 - 6.4.1829) Abraham bar Hiyya (1070 - 1130) Abraham, Max (1875 - 1922) Abu Kamil, Shuja (um 850 - um 930) Abu'l-Wafa al'Buzjani (940 - 998) Ackermann, Wilhelm (1896 - 1962) Adams, John Couch (5.6.1819 - 21.1.1892) Adams, John Frank (5.11.1930 - 7.1.1989) Adelard von Bath (1075 - 1160) Adler, August (1863 - 1923) Adrain, Robert (1775 - 1843) Aepinus, Franz Ulrich Theodosius (13.12.1724 - 10.8.1802) Agnesi, Maria (1718 - 1799) Ahlfors, Lars (1907 - 1996) Ahmed ibn Yusuf (835 - 912) Ahmes (um 1680 - um 1620 v. Chr.) Aida Yasuaki (1747 - 1817) Aiken, Howard Hathaway (1900 - 1973) Airy, George Biddell (27.7.1801 - 2.1.1892) Aithoff, David (1854 - 1934) Aitken, Alexander (1895 - 1967) Ajima, Chokuyen (1732 - 1798) Akhiezer, Naum Il'ich (1901 - 1980) al'Battani, Abu Allah (um 850 - 929) al'Biruni, Abu Arrayhan (973 - 1048) al'Chaijami (? - 1123) al'Haitam, Abu Ali (965 - 1039) al'Kashi, Ghiyath (1390 - 1450) al'Khwarizmi, Abu Abd-Allah ibn Musa (um 790 - um 850) Albanese, Giacomo (1890 - 1948) Albert von Sachsen (1316 - 8.7.1390)
SACCHARIMETRE DE SOLEIL Translate this page etienne louis malus, physicien français (1775-1812) outre dimportants travauxen optique géométrique, il étudia le phénomène de double réfraction et http://we152.lerelaisinternet.com/AMSLLG/Saccharimetre_de_Soleil.htm
Extractions: LE SACCHARIMETRE DE M. SOLEIL Fonction Description, fonctionnement l , fermé par deux lames de verre et que traverse de la lumière polarisée rectilignement. On mesure à la sortie de ce tube la rotation a du plan de polarisation et on applique la loi de Biot: a a C, formule dans laquelle a est appelé « pouvoir rotatoire spécifique » de la substance active dissoute ; ce coefficient dispersion rotatoire ») et assez peu de la température. Les appareils utilisés pour la mesure de la rotation a produite par une substance active quelconque sont appelés « polarimètres ». On appelle saccharimètres les polarimètres spécialisés qui donnent par lecture directe sur une « échelle saccharimétrique a le compensateur Il est préférable de diviser le champ en deux parties et de « pointer compensateur de Soleil compensateur de Soleil a a J. Duboscq à Paris » ce qui situe sa fabrication (voir plus loin) vers les années 1850,1880. Jules Duboscq (1817-1885) fut l'élève, le gendre et le successeur de Soleil. Il améliora les appareils qui ont fait la réputation de son beau-père et notamment ce saccharimètre qui porte sa marque, ce qui permet de le dater approximativement car il dirigea la maison Soleil de 1849 à 1883.
Art Du Contrepet Translate this page lieurs de chardons sont des sots pales louis Perceau Il Luc etienne la magistratureassise ment debout et se de cabinet a le plus gros malus du Finistère. http://worldserver2.oleane.com/fatrazie/art_du_contrepet.htm
Extractions: (il y a des sites à bâtir et non seulement les bètes sites comme dirait Blanche-Neige) Luc Etienne , inventeur du mot "contrepet" et Régent de la Chaire de même nom au collège de 'Pataphysique semblait avoir épuisé le genre, avec l'aide de la Comtesse M. de la F. et des lecteurs du Canard enchaîné. Le terrain bien labouré et magistralement ensemencé continue à fructifier, toujours avec l'appui volontaire ou involontaire des contrapéteurs (constructeurs) et à la détermination des pétacontreurs pétatronqueurs et contrepétulents à l'affût de tout ce qui bouge. Quelques spécialistes comme Jacques Antel ou Joël Martin , poursuivent la culture. Ce dernier, nouvelle Comtesse, a pris la relève avec talent avec le parrainage toujours attentif d'Yvan Audouard dont la mine est de moins en moins piteuse . Il dépouille même dans les écoles primaires les f aux b ruits de cette figure de style avec l' Art des m ots et la V ie des m ots.
Panneau 4 : Exposition Laplace Translate this page Jean-Antoine Chaptal, Alexandre von Humboldt, Jean-louis Gay-Lussac, François Arago,Jean-Baptiste Biot, etienne malus, Denis Poisson, louis-Jacques Thénard http://www.discip.crdp.ac-caen.fr/phch/culture/Expo_Laplace/travail4.htm
Sateenkaaren Tutkimuksen Historiaa Vuonna 1808 etienne malus (17751812) huomasi valon olevan vain valon polarisaatio,jonka malus huomasi johtuvan 1868) ja Armard Hippolyte louis Fizeau (1819 http://www.ursa.fi/ursa/jaostot/ilmakeha/skaari_hist.html
Extractions: Veikko Mäkelä Sateenkaaren tutkimuksen historiaa Teksti: Jari Piikki Sateenkaari lienee huomatuin ilmakehän valoilmiö. Sen kauneus pysäyttää vieläkin kiireisen ihmisen. Sateenkaari onkin herättänyt kiinnostusta kautta historian. Kertomuksia sateenkaaresta esiintyy tarustossa joka puolella maapalloa. Sitä on usein pidetty ennusmerkkinä, yleensä huonona sellaisena. Ensimmäiset tunnetut sateenkaareen liittyvät uskomukset ovat sumerilaista ja galdealaista perua. Siellä sateenkaarta pidettiin tulvan enteenä. Kreikassa se liitettin Iris-jumalaan, joka oli huonojen uutisten tuoja. Kaaresta on löydetty myös käärmeen muoto. Suomalaisessa mytologiassa sateenkaari oli Ukkojumalan jousi, jolla hän ampui salamoita ja siirtolohkareita. Taivaalla näkynyt kaari on myös helposti yhdistetty siltaan maan ja jumalien välillä. Raamatussakin sateenkaari (tai mahdollisesti halo) mainitaan Jumalan ja ihmisen väliseksi merkiksi. Kuun sateenkaarta tai joskus myös sivukaarta on pidetty Paholaisen kaarena, sillä Paholainen ei ole pystynyt luomaan yhtä hienoa kaarta kuin Luoja. Sateenkaaren päähän on liittynyt ikuinen rauha, onni, kauneus ja terveys. Yhtä saavuttamaton on myös sieltä löytyvä kulta-aarre. Tarustossa esiintyvät kaarikertomukset voidaan jakaa mytologisiin, teologisiin ja lukusymmetrisiin. Kreikkalais-roomalaiselta kaudelta ovat peräisin ensimmäiset tunnetut yritykset selittää kaaren synty. Enää ei ajateltu jumalien tekevän kaarta, vaan yritettiin selittää se järjen avulla. Joonialisen koulukunnan
Malus, Étienne Louis malus, Étienne louis , 1775 1812 , French artillery officer and physicist. http://www.infoplease.com/ce6/people/A0831426.html
Glossaire Optique Géométrique Translate this page malus) - J -. (vide) - K -. (vide) - L -. (vide) - M -. etienne Louismalus 1775-1812. Physicien français né et mort à Paris. Étienne http://educweb.univ-perp.fr/coursph/optics/glos_opt/glossaire/glos_opt.php
Passager Translate this page Bernard, 149 MALLAC Joseph 636 malus Mathieu, 71 563 MAUROUX Antoine, 1079 MAUROUXEtienne, 1172 MAUROUX Jean 749 MAZERET Jean, 21 MEDOUX louis, 769 MENDOUS http://www.multimania.com/geneagg/passage.htm
Talk:EPR Paradox - Wikipedia their result values over a sufficient sequence of trials,; their use of etienneLouisMalus's celebrated definition of how to obtain values of angle of two http://www.wikipedia.org/wiki/Talk:EPR_paradox
Extractions: Main Page Recent changes Edit this page Older versions Special pages Set my user preferences My watchlist Recently updated pages Upload image files Image list Registered users Site statistics Random article Orphaned articles Orphaned images Popular articles Most wanted articles Short articles Long articles Newly created articles Interlanguage links All pages by title Blocked IP addresses Maintenance page External book sources Printable version Talk Log in Help From Wikipedia, the free encyclopedia. I think the whole argument now rests on the shape of the rotation operator. Why is the rotation operator an exponential of a Pauli matrix? AxelBoldt I don't understand I think Bell's inequality only talks about measurements that can be performed, and have been performed, and obviously resulted in well-defined outcomes. What is meant with "alternative measurements that cannot be performed"?
