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Adamson, A, Aspin, C, Davis, CJ, Fujiyoshi, T (eds) (2005) Astronomical polarimetry: current status and future directions ASP Conf Ser, No 343, San Fransisco [26] Arago, DFJ (1811) Sur une modi cation remarquable qu prouvent les rayons lumineux dans leur passage travers certains corps diaphanes, et sur quelques autres nouveaux ph nom nes d optique M m Inst 12, Part I, 93 134 See also Arago (1858b) [12] Arago, DFJ (1855a) Popular Astronomy, Vol II, Polarisation of the Moon s Light, Longman, Brown, Green and Longmans, London, pp 289 292 [15] Arago, DFJ (1855b) Popular Astronomy, Vol I, Examination of the Theory of the Spots According to the Phenomena of Polarisation, Longman, Brown, Green and Longmans, London, pp 413 419 [15, 15] Arago, DFJ (1855c) Popular Astronomy, Vol I, The Comets, Longman, Brown, Green and Longmans, London, p 629 [16] Arago, DFJ (1858a) M moire sur les Couleurs des Lames Minces (Paper presented on 18 Feb 1811 but published in 1817) uvres Compl tes de Fran ois Arago 10 M moires Scienti ques 1, 1 35 Gide, diteur, Paris; TO Weigel, diteur, Leipzig [5, 8] Arago, DFJ (1858b) M moire sur La Polarisation Color e uvres Compl tes de Fran ois Arago 10, M moires Scienti ques 1, 36 74 Gide, diteur, Paris; TO Weigel, diteur, Leipzig (This is the same paper referenced as Arago (1811) but published in M moires of the Institut in 1812) [12] Arago, DFJ (1858c) Observations sur la Lumi re de la Lune uvres de Fran ois Arago, 10 M moires Scienti ques 1, 564 570 Gide, diteur, Paris; TO Weigel, diteur, Leipzig [15] Arago, DFJ and Fresnel, L (1819) Sur L Action que les rayons de lumi re polaris s exercent les uns sur les autres Ann de Chimie et de Physique t X, 288 305 (See also uvres compl tes de Fresnel Eds H de Senarmont, E, Verdet and L Fresnel) (1866) Vol I: 509 522 [8] Babcock, HW (1958) A catalog of magnetic stars ApJS, 3, 141 210 [22] Bailey, JA, Chrysostomou, A, Hough, JH, Gledhill, TM, McCall, A, Clark, S, M nard, F, Tamura, M (1998) Circular polarization in star-formation regions: implications for biomolecular homochirality Science, 281, 672 674 [25] Bartholinus, E (1690) Experimenta Crystalli Islandici Disdiaclastici Quibus mira et insolita Refractio detegetur Hafniae, Copenhagen A relevant excerpt translated into English is presented in Swindell (1975) [3] Bastien, P, Manset, N (eds) (2009) Astronomical Polarimetry 2008: Science from Small and Large Telescopes ASP Conf Ser, San Francisco (in press) [26] Behr, A (1958) Beobachtungen zur Wellenl ngenbh ngigkeit de interstellaran Polarisation Zeit f r Astrophysik, 47, 54 58 Also, Ver ff der Univ Sternwarte zu G ttingen, 7 (Nr 124), 175 180 [19] Behr, A (1959) Die interstellare Polarisation des Sternlichts in Sonnennumgebung Ver ff der Univ Sternwarte zu G ttingen, 7 (Nr 126), 199 256 [21] Behr, A (1961) Bemerkungen ber den Ursprung der Polarisation des Sternlichts (Remarks on the origin of polarization of starlight) Zeit f r Astrophysik, 53, 95 105 Also, Ver ff der Univ Sternwarte zu G ttingen, 7 (Nr 133), 403 413 [21] Bonner, WA (1991a) The origin and ampli cation of biomolecular chirality Origins of Life, 21, 59 111 [25] Bonner, WA (1991b) Terrestrial and extraterrestrial sources of molecular homochirality Origins of Life, 21, 407 420 [25] Bowell, E, Zellner, B (1974) Polarizations of asteroids and satellites pp 381 404 in Planets, Stars and Nebulae studied with Photopolarimetry (ed T Gehrels), University of Arizona, Tucson, AZ [16]
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Stellar P larimetry Brewster, D (1814a) On the affectations of light transmitted through crystallized Bodies Philos Trans R Soc, 104, 187 218 [12, 13] Brewster, D (1814b) On the polarisation of light by oblique transmission through all Bodies, whether crystallized or uncrystallized Philos Trans R Soc, 104, 219 230 [12, 13] Brewster, D (1814c) On the affectations of light transmitted through crystallized bodies Philos Mag, 44, 261 270 [13] Brewster, D (1815a) On the laws which regulate the polarisation of light by re exion from transparent bodies Philos Trans R Soc, 105, 125 130 [12] Brewster, D (1815b) On the laws which regulate the polarisation of light by re exion from transparent bodies Philos Trans R Soc, 105, 158 159 [12] Buchwald, JZ (1989) pp 54 55 in The Rise of the Wave Theory of Light Optical Theory and Experiment in the Early Nineteenth Century University of Chicago Press, Chicago, IL [7] Capps, RW, Coyne, GV, Dyck, HM (1973) A model for the observed polarized ux from zeta Tauri ApJ, 184, 173 179 [20] Chandrasekhar, S (1946) On the radiative equilibrium of a stellar atmosphere X ApJ, 103, 351 370 [3, 16, 21] Clarke, D (1992) Summary of the RAS Specialist Discussion Meeting on Astronomical Polarimetry as a Source Diagnostic The Observatory, 122, 268 276 [26] Clarke, D, Grainger, JF (1971) Polarized Light and Optical Measurement Pergamon, Oxford [26] Clarke, D, McLean, IS (1976) Linear polarization measurements at H of early-type emission line stars MNRAS, 174, 335 343 [20] Collett, E (1971) Mathematical formulation of the interference laws of Fresnel and Arago Am J Phys, 39, 1483 1495 [11] Collins English Dictionary Harper Collins Publishers, 3rd Edition (Reprint 1992) [13] Coyne, GV (1971) Intrinsic polarization in the atmospheres of supergiant stars Proceedings of the Third Trieste Colloquium in Astrophysics pp 93 107, Ed M Hack Osservatorio Astronomico di Trieste [Ric Astron Spec Vaticana, No: 53] [21] Coyne (SJ), GV, Magalh es, AM, Moffat, AFJ, Schulte-Ladbeck, RE, Tapia, S, Wickramasinghe, DT (eds) (1988) Polarized Radiation of Circumstellar Origin Workshop held at the Vatican Observatory University of Arizona, Tucson, AZ [26] Cronin, J (1998) Pasteur, light and life Physics World, October 1998, 23 24 [25] Cronin, J, Pizzarello, S (1997) Enantiomeric excesses in meteoritic amino acids Science, 275, 951 955 [25] Davis L Jr, (1958) The color dependence of the polarization of starlight Zeit f r Astrophysik, 47, 59 66 [19] de Vries, Hl, Jielof, R, Spoor, A (1950) Properties of the human eye with respect to linearly and circularly polarized light Nature, 166, 958 959 [15] del Toro Iniesta, JC (2003) Introduction to Spectropolarimetry Cambridge University Press, Cambridge [27] Dolginov, AZ, Gnedin, Yu N, Silant ev, NA (1995) Propagation and Polarization of Radiation in Cosmic Media Gordon & Breach, Basel [26] Dougherty, LM, Dollfus, A (1989) FD Arago s polarimeter and his original observations of extraterrestrial polarisation on 1811 JBAS, 99, 183 186 [15] Engel, MH, Macko, SA (1997) Nature, 389, 265 268 [25] Fairbairn, MB (2001) Physical models of Haidinger s Brush J R Astron Soc Can, 95, 248 251 [15] Faraday, M (1846) On the magnetic affection of light, and on the distinction between ferromagnetic and diamagnetic conditions of matter Philos Mag, 29, 153 156 [12, 13] Fielder, G (1961) Structure of the Moon s Surface Pergamon, Oxford [16] Fresnel, A (1824a) Consid rations th oriques sur la polarisation de la lumi re Bull Soc Philomat, p 150 Fresnel, A (1824a) Consid rations th oriques sur la polarisation de la lumi re Bull Soc Philomat, p 157 Fresnel, AJ (1825) D un M moire sur la double R fraction Ann de Chimie et de Physique [ii], 28, 263 279 (See also Fresnel (1868), pp 465 478) [10] Fresnel, A (1868) uvres compl tes D Augustin Fresnel, Vol 2, Edited by Henri de Senarmont, mile Verdet and L onor Fres-
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1 Introduction and History nel, Paris See pp 255 623: Th orie de la Lumii re Quatri me Section Double R fraction [10] Gehrels, T (1960) Measurements of the wavelength dependence of polarization Lowell Observatory Bulletin No105, Vol IV No17, 300 301 [18] Gehrels, T (1974) (Ed) Planets, Stars and Nebulae studied with Photopolarimetry University of Arizona, Tucson, AZ [26] Gehrels, T, Teska, TM (1963) The wavelength dependence of polarization Appl Opt, 2, 67 77 [20] Grant, R (1852) p 313 in History of Physical Astronomy, Henry G Bohn, London [16] Grigoryan, K A (1958) Polarization observations of Cephei Soob Byurakan Obs, 25, 45 48 [21] Haidinger, W (1844) Ueber das directe Erkennen des polarisirten Lichts und der Lage der Polarisationsebene Ann Phys, 139 (9), 29 39 [15] Hall, JS (1948) A photoelectric polarimeter AJ, 54, 39 [18] Hall, JS (1949) Observations of the polarized light from stars Science, 109, 166 167 [18] Hall, JS, Mikesell, AH (1950) Polarization of the light in the galaxy as determined from observations of 551 early-type stars Publications of the US Naval Observatory Second Series Vol XVII Part I, Washington [18, 20] Hall, JS (1958) Polarization of Starlight in the Galaxy Publications of the US Naval Observatory Second Series Vol XVII Part VI, Washington [18] Herschel, JFW (1869) Outlines of Astronomy Longmans, Green, London [15] Hiltner, WA (1947) On the presence of polarization in the continuous radiation of early-type stars ApJ, 106, 231 234 [17] Hiltner, WA (1949a) Polarization of light from distant stars by interstellar medium Science, 109, 165 [18] Hiltner, WA (1949b) On the presence of polarization in the continuous radiation of stars II ApJ, 109, 471 478 [18] Hiltner, WA (1951) Polarization of stellar radiation III The polarization of 841 stars ApJ, 114, 241 271 [18] Hiltner, WA (1954) Interstellar polarization of 405 stars ApJ, 120, 454 463 [18] Hooke, R (1665) Micrographia Some Physiological Descriptions of Minute Bodies Made by Magnifying Glasses with Observations and Inquiries Thereupon Pub under the auspices of The Royal Society, London [11] Huard, S (1997) Polarization of Light John Wiley & Sons Chichester, West Sussex [26] Huyghens, C (1690) Trait de la Lumi re Leyden Relevant excerpts can be found in Swindell (1975) [3] Janssen, EM (1946) On the polarization of the continuous radiation of early-type stars ApJ, 103, 380 [17] Jenkins, FA, White, HE (1965) Fundamentals of Optics 3rd Edition, McGraw-Hill, New York [23] Kahr, B, Claborn, K (2008) The lives of Malus and his bicentennial law ChemPhysChem, 9, 43 58 [4] Kemp, JC (1970a) Quantum magnetic features in the polarized light of Grw C70 8247 ApJ, 162, L69 L72 [22] Kemp, JC (1970b) Circular polarization of thermal radiation in a magnetic eld ApJ, 162, 169 179 [22] Kemp, JC, Barbour, MS (1981) A photoelectric polarimeter at Pine Mountain Observatory PASP, 93, 521 525 [22] Kemp, JC, Wolstencroft, RD (1972) Interstellar circular polarization: data for six stars and the wavelength dependence ApJ, 176, L115 L118 [22] K nnen, GP (1985) Polarized Light in Nature Cambridge University Press, Cambridge [26] Kopal, Z, Shapley, MB (1946) A study of the extended envelope surrounding the Wolf Rayet component of V444 Cygni ApJ, 104, 160 176 [17] Kuhn, W, Braun, E (1929) Photochemische erzeugung optisch aktiver stoffe Naturwiss, 17, 227 228 [24] Landstreet, JD (1980) The measurement of magnetic elds in stars AJ, 85, 611 620 [22] Leroy, J-L (1995) Linear polarimetry of Ap stars V A general catalogue of measurements A&AS, 114, 79 104 [22] Leroy, J-L (1998) La polarisation de la lumi re et l observation astronomique Gordon & Breach, Amsterdam [26]
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Stellar P larimetry Leroy, J-L (2000) Polarization of Light and Astronomical Observation Gordon & Breach, Amsterdam (an English translation of the previously referenced book) [26] Lod n, LO (1967a) A study of possible variations in the polarization of starlight Ark f r Astron, 4, 357 373 [21] Lod n, LO (1967b) On the variability of starlight polarization The Observatory, 87, 294 295 [21] Lord Kelvin (1904) p 401 in Baltimore Lectures 1884 CJ Clay & Sons, London [13] Lowell Observatory (1960) Polarization of starlight by the interstellar medium Lowell Observatory Bulletin No 105, Vol IV, No 17, pp 264 321 [26] Lowry, TM (1964) Optical Rotatory Power Dover, New York (republication of the work rst published (1935) by Longmans, Green and Co, London) [6, 10, 12] Lyot, B (1929) Recherches sur la polarisation de la lumi re des planets et quelques substances terrestres Ann de l Observatoire de Paris Section de Meudon VIII, No:1 For an English translation see NASA TT F-187 (1964) [16] Malus, EL (1809a) Sur une propri t de la lumi re r chie Memoires de Physique et de Chimie de la Societ D Arcueil, 2, 143 158 [5, 5] Malus, EL (1809b) Sur une propri t de la lumi re r chie par les corps diaphanes Nouveau Bull de la Societ Philomatique, 1, 266 270 [5] Malus, EL (1810a) Treatise: Th orie de la Double R fraction de la Lumi re dans les substances cristallis es, Paris M moire couronn par l Institut dans la s ance publique du 2 Janvier 1810 [4, 5, 5] Malus, EL (1810b) M moire sur de nouveaux Ph nom nes d Optique M m Inst 11, Part II, 105 111 [6, 6] Malus, EL (1810c) M moire sur les Ph nom nes qui accompagnent la r exion et la r fraction de la Lumi re M m Inst 11, Part II, 112 120 [6, 7] Malus, EL (1810d) M moire sur l axe de r fraction des Cristaux et des Substances organis es M m Inst 11, Part II, 142 148 [6, 7] Malus, EL (1811a) M moire sur la Lumi re; par M Malus Nouveau Bull de la Societ Philomatique, 2, 252 [5] Malus, EL (1811b) M moire sur de nouveaux ph nom nes d optique; par M Malus Nouveau Bull de la Societ Philomatique, 2, 291 295 (see Errata on p 316 of the same publication) [5, 5] Malus, EL (1811c) M moire sur les ph nom nes qui accompagnent la r exion et la r fraction de la lumi re; par M Malus Nouveau Bull de la Societ Philomatique, 2, 320 325 [5] Mathewson, DS, Ford, VL (1970) Polarization observations of 1800 stars Mem R Astron Soc, 74, 139 182 [19, 18] Maxwell, JC (1861) The Physical Lines of Force In The London, Edinburgh, and Dublin Philosophical Magazine and Journal of Science Vol XXI, Fourth Series, January June London: Taylor and Francis, 1861 Also see p 500 in The Scienti c Papers of James Clerk Maxwell, Vol I, Ed Sir WD Niven, Cambridge University Press, Cambridge (1890) [11] Mujat, M, Dogariu, A, Wolf, E (2004) A law of interference of electromagnetic beams of any state of coherence and polarization and the Fresnel Arago interference laws J Opt Soc Am A, 21, 2414 2417 [11] Newton, Sir Isaac (1931) The quotation is from Opticks by Sir Isaac Newton taken from the edition published in 1931 by G Bell & Sons, Ltd [4] Nicholson s Journal (1811) XXX, p 192, Extract of a Letter from Dr Francis Delaroche to F Berger, Esq; on Radiant Heat and other Subjects Communicated by the latter Gentleman [8] Nicholson s Journal (1812) XXXIII, pp 344 348, Popular Statement of the beautiful experiments of Malus, in which he has developed a new property of light [8] hman, Y (1934) Effects of polarization in the spectrum of Lyrae Nature, 134, 534 [16] hman, Y (1946) On the possibility of tracing polarization effects in the rotational pro les of early type stars ApJ, 104, 460 462 [17] hman, Y (1949) Photoelectric work by the Flicker method Stockholms Obs Ann, 15 (8),1 46 [19] hman, Y (1965) Private communication Letter to the Author dated 23 September 1965 [16] Oxford English Dictionary, Oxford University Press (1933) Reprinted 1961, Vol VII [5]
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1 Introduction and History Parsons, W (1878) (The 3rd Earl of Rosse) Preliminary Note on Some Measurements of the Polarization of the Light coming from the Moon and from the Planet Venus Sci Proc R Soc Dublin, 1, 19 20 [16] Pye, D (2001) Polarised Light in Science & Nature Institute of Physics Publishing, Bristol [26] Schwarz, H E (1984) Spectropolarimetry of cool giants and supergiants PhD Thesis, Department of Astronomy, University of Glasgow [20] Secchi, A (1860) Letter from the Rev Father Secchi to the Astronomer Royal MNRAS, 20 70 71 [16] Semel, M (2003) Spectropolarimetry and polarization-dependent fringes A&A, 401, 1 14 [11] Serkowski, K (1970) Intrinsic polarization of early-type stars with extended atmospheres ApJ, 160, 1083 1105 [21] Serkowski, K (1971) Polarization of variable stars pp 11 31 in New Directions and New Frontiers in Variable Star Research, IAU Colloquium No 15, Bamberg [20, 21] Serkowski, K (1973) Interstellar polarization pp 145 152 in Interstellar Dust and Related Topics IAU Symp No 52 (eds JM Greenberg and HC van de Hulst) Dordtecht, The Netherlands [20] Shakhovskoi, NM (1963) Polarization observations of Lyrae Sov Astron, 6, 587 589 [21] Shakhovskoi, NM (1965) Polarization in variable stars II Eclipsing binaries Sov Astron, 8, 833 842 [21] Shakhovskoi, NM (1969) The spatial orientation of the orbit planes of close binary stars Sov Astron, 13, 303 305 [21] Shulov, OS (1967) Polarimetric observations of close binary stars Trudy Astron Obs Leningrad, 24, 38 53 [21] Shurcliff, WA (1962) Polarized Light Harvard University Press, Harvard [26] Sten o, JO (1996) Scattering physics Sol Phys, 164, 1 20 [16] Sten o, JO, Keller, CU (1997) The second solar spectrum A new window for diagnostics of the Sun A&A, 321, 927 934 [16] Struve, O, Zebergs, V (1962) pp 368 372 in Astronomy of the 20th Century MacMillan, New York [17] Swindell, W (1975) Polarized Light Benchmark Papers in Optics/1 Dowden, Hutchinson & Ross, Stroudsburg, PA, USA [3, 26] Tapia, S (1977) Discovery of a magnetic compact star in the AM Herculis/3U 1809+50 System ApJ, 212, L125 L129 [22] Thiemann, W (1975) Life and Chirality Beyond The Earth Origins of Life, 6, 475 481 [25] Thiessen, G (1961) ber die Polarisation des Sternlichtes, die Strahlung der Sterne, Sowie Bemerkungen zur Galaktiscehn Struktur Astr Abh Hamburg Stern, Vol V, No 9 [21] Tinbergen, J (1996) Astronomical Polarimetry Cambridge University Press, Cambridge [26] Trujillo-Bueno, J, Moreno-Insertis, F, S nchez, F (2001) Astrophysical Spectropolarimetry Cambridge University Press, Cambridge [26] Turner, G (1957) Nineteenth-century studies of the polarization of light re ected by the Moon JBAS, 67, 185 188 [16] Turner, G (1958) The polarization of light re ected by the lunar surface JBAS, 68, 253 263 [16] Umov, N (1912) Eine spektropolariskopische Methode zur Erforschung der Lichtapsorption und der Natur der Farbstoffe Phys Zeitschr, 13, 962 971 [16] Walker, J (1978) More about polarizers and how to use them particularly for studying polarized sky light Scienti c American, 238, 132 136 [3] Whittaker, E (1958) A History of the Theories of Aether and Electricity Thomas Nelson, London ( rst published 1910, Reprinted 1958) [9, 10] Wolstencroft, RD (1985) The search of extra-terrestrial life: recent developments pp 171 175 in Astronomical Sources of Circularly Polarized Light and Their Role in Determining Chirality on Earth IAU Symp No: 112, Boston 18 21 June 1984 Ed MD Papagiannis, Reidel, Dordrecht [25] Zellner, BH, Serkowski, K (1972) Polarization of light by circumstellar material PASP, 84, 619 626 [21]
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