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Naming the Extrasolar Planets
Naming the extrasolar planets W. Lyra Max Planck Institute for Astronomy, K¨onigstuhl 17, 69177, Heidelberg, Germany [email protected] Abstract and OGLE-TR-182 b, which does not help educators convey the message that these planets are quite similar to Jupiter. Extrasolar planets are not named and are referred to only In stark contrast, the sentence“planet Apollo is a gas giant by their assigned scientific designation. The reason given like Jupiter” is heavily - yet invisibly - coated with Coper- by the IAU to not name the planets is that it is consid- nicanism. ered impractical as planets are expected to be common. I One reason given by the IAU for not considering naming advance some reasons as to why this logic is flawed, and sug- the extrasolar planets is that it is a task deemed impractical. gest names for the 403 extrasolar planet candidates known One source is quoted as having said “if planets are found to as of Oct 2009. The names follow a scheme of association occur very frequently in the Universe, a system of individual with the constellation that the host star pertains to, and names for planets might well rapidly be found equally im- therefore are mostly drawn from Roman-Greek mythology. practicable as it is for stars, as planet discoveries progress.” Other mythologies may also be used given that a suitable 1. This leads to a second argument. It is indeed impractical association is established. to name all stars. But some stars are named nonetheless. In fact, all other classes of astronomical bodies are named. -
Guide Du Ciel Profond
Guide du ciel profond Olivier PETIT 8 mai 2004 2 Introduction hjjdfhgf ghjfghfd fg hdfjgdf gfdhfdk dfkgfd fghfkg fdkg fhdkg fkg kfghfhk Table des mati`eres I Objets par constellation 21 1 Androm`ede (And) Andromeda 23 1.1 Messier 31 (La grande Galaxie d'Androm`ede) . 25 1.2 Messier 32 . 27 1.3 Messier 110 . 29 1.4 NGC 404 . 31 1.5 NGC 752 . 33 1.6 NGC 891 . 35 1.7 NGC 7640 . 37 1.8 NGC 7662 (La boule de neige bleue) . 39 2 La Machine pneumatique (Ant) Antlia 41 2.1 NGC 2997 . 43 3 le Verseau (Aqr) Aquarius 45 3.1 Messier 2 . 47 3.2 Messier 72 . 49 3.3 Messier 73 . 51 3.4 NGC 7009 (La n¶ebuleuse Saturne) . 53 3.5 NGC 7293 (La n¶ebuleuse de l'h¶elice) . 56 3.6 NGC 7492 . 58 3.7 NGC 7606 . 60 3.8 Cederblad 211 (N¶ebuleuse de R Aquarii) . 62 4 l'Aigle (Aql) Aquila 63 4.1 NGC 6709 . 65 4.2 NGC 6741 . 67 4.3 NGC 6751 (La n¶ebuleuse de l’œil flou) . 69 4.4 NGC 6760 . 71 4.5 NGC 6781 (Le nid de l'Aigle ) . 73 TABLE DES MATIERES` 5 4.6 NGC 6790 . 75 4.7 NGC 6804 . 77 4.8 Barnard 142-143 (La tani`ere noire) . 79 5 le B¶elier (Ari) Aries 81 5.1 NGC 772 . 83 6 le Cocher (Aur) Auriga 85 6.1 Messier 36 . 87 6.2 Messier 37 . 89 6.3 Messier 38 . -
Astronomical Coordinate Systems
Appendix 1 Astronomical Coordinate Systems A basic requirement for studying the heavens is being able to determine where in the sky things are located. To specify sky positions, astronomers have developed several coordinate systems. Each sys- tem uses a coordinate grid projected on the celestial sphere, which is similar to the geographic coor- dinate system used on the surface of the Earth. The coordinate systems differ only in their choice of the fundamental plane, which divides the sky into two equal hemispheres along a great circle (the fundamental plane of the geographic system is the Earth’s equator). Each coordinate system is named for its choice of fundamental plane. The Equatorial Coordinate System The equatorial coordinate system is probably the most widely used celestial coordinate system. It is also the most closely related to the geographic coordinate system because they use the same funda- mental plane and poles. The projection of the Earth’s equator onto the celestial sphere is called the celestial equator. Similarly, projecting the geographic poles onto the celestial sphere defines the north and south celestial poles. However, there is an important difference between the equatorial and geographic coordinate sys- tems: the geographic system is fixed to the Earth and rotates as the Earth does. The Equatorial system is fixed to the stars, so it appears to rotate across the sky with the stars, but it’s really the Earth rotating under the fixed sky. The latitudinal (latitude-like) angle of the equatorial system is called declination (Dec. for short). It measures the angle of an object above or below the celestial equator. -
Legacy Image
NASA SP17069 NASA Thesaurus Astronomy Vocabulary Scientific and Technical Information Division 1988 National Aeronautics and Space Administration Washington, M= . ' NASA SP-7069 NASA Thesaurus Astronomy Vocabulary A subset of the NASA Thesaurus prepared for the international Astronomical Union Conference July 27-31,1988 This publication was prepared by the NASA Scientific and Technical Information Facility operated for the National Aeronautics and Space Administration by RMS Associates. INTRODUCTION The NASA Thesaurus Astronomy Vocabulary consists of terms used by NASA indexers as descriptors for astronomy-related documents. The terms are presented in a hierarchical format derived from the 1988 edition of the NASA Thesaurus Volume 1 -Hierarchical Listing. Main (postable) terms and non- postable cross references are listed in alphabetical order. READING THE HIERARCHY Each main term is followed by a display of its context within a hierarchy. USE references, UF (used for) references, and SN (scope notes) appear immediately below the main term, followed by GS (generic structure), the hierarchical display of term relationships. The hierarchy is headed by the broadest term within that hierarchy. Terms that are broader in meaning than the main term are listed . above the main term; terms narrower in meaning are listed below the main term. The term itself is in boldface for easy identification. Finally, a list of related terms (RT) from other hierarchies is provided. Within a hierarchy, the number of dots to the left of a term indicates its hierarchical level - the more dots, the lower the level (i.e., the narrower the meaning of the term). For example, the term "ELLIPTICAL GALAXIES" which is preceded by two dots is narrower in meaning than "GALAXIES"; this in turn is narrower than "CELESTIAL BODIES". -
Unaudited Interim Report and Accounts Title (40–50 Characters) Blackrock Strategic Funds (Bsf) Subtitle (40-50 Characters) R.C.S
UNAUDITED INTERIM REPORT AND ACCOUNTS TITLE (40–50 CHARACTERS) BLACKROCK STRATEGIC FUNDS (BSF) SUBTITLE (40-50 CHARACTERS) R.C.S. Luxembourg: B 127481 30 NOVEMBER 2013 Contents BSF Chairman’s Letter to Shareholders 2 BSF Investment Adviser’s Report 4 Board of Directors 6 Management and Administration 6 Statement of Net Assets 7 Three Year Summary of Net Asset Values 11 Statement of Operations and Changes in Net Assets 15 Statement of Changes in Shares Outstanding 19 Portfolio of Investments BlackRock Americas Diversified Equity Absolute Return Fund 22 BlackRock Asia Extension Fund 45 BlackRock Emerging Markets Absolute Return Fund 49 BlackRock Emerging Markets Allocation Fund 52 BlackRock Emerging Markets Flexi Dynamic Bond Fund 59 BlackRock Euro Dynamic Diversified Growth Fund 61 BlackRock European Absolute Return Fund 64 BlackRock European Constrained Credit Strategies Fund 67 BlackRock European Credit Strategies Fund 79 BlackRock European Diversified Equity Absolute Return Fund 92 BlackRock European Opportunities Extension Fund 103 BlackRock Fixed Income Strategies Fund 106 BlackRock Fund of iShares – Conservative 114 BlackRock Fund of iShares – Dynamic 115 BlackRock Fund of iShares – Growth 116 BlackRock Fund of iShares – Moderate 117 BlackRock Global Absolute Return Bond Fund 118 BlackRock Latin American Opportunities Fund 146 BlackRock Mining Opportunities Fund 148 Notes to the Financial Statements 150 General Information 159 Subscriptions may be made only on the basis of the current Prospectus, together with the most recent audited -
Extrasolar Planets and Their Host Stars
Kaspar von Braun & Tabetha S. Boyajian Extrasolar Planets and Their Host Stars July 25, 2017 arXiv:1707.07405v1 [astro-ph.EP] 24 Jul 2017 Springer Preface In astronomy or indeed any collaborative environment, it pays to figure out with whom one can work well. From existing projects or simply conversations, research ideas appear, are developed, take shape, sometimes take a detour into some un- expected directions, often need to be refocused, are sometimes divided up and/or distributed among collaborators, and are (hopefully) published. After a number of these cycles repeat, something bigger may be born, all of which one then tries to simultaneously fit into one’s head for what feels like a challenging amount of time. That was certainly the case a long time ago when writing a PhD dissertation. Since then, there have been postdoctoral fellowships and appointments, permanent and adjunct positions, and former, current, and future collaborators. And yet, con- versations spawn research ideas, which take many different turns and may divide up into a multitude of approaches or related or perhaps unrelated subjects. Again, one had better figure out with whom one likes to work. And again, in the process of writing this Brief, one needs create something bigger by focusing the relevant pieces of work into one (hopefully) coherent manuscript. It is an honor, a privi- lege, an amazing experience, and simply a lot of fun to be and have been working with all the people who have had an influence on our work and thereby on this book. To quote the late and great Jim Croce: ”If you dig it, do it. -
Eric L. N. Jensen
Eric L. N. Jensen Department of Physics and Astronomy [email protected] Swarthmore College http://astro.swarthmore.edu/~jensen/ Swarthmore, PA 19081 USA Office: 610-328-8249 Education Ph.D. in Astronomy, University of Wisconsin-Madison, August 1996; dissertation supervised by Robert Mathieu. Master of Science in Astronomy, University of Wisconsin-Madison, August 1992. Additional study of physics, astronomy, and mathematics, University of Minnesota, 1989–1990; Dean’s list Fall 1989. Bachelor of Arts in Physics, Carleton College, 1987. Graduated magna cum laude with distinction in Physics. Teaching and Research Experience Professor of Astronomy, Swarthmore College, 2012–present; Associate Professor 2004–2012; Assistant Professor 1998–2004. Physics & Astronomy Department Chair 2009–2014 (on leave academic year 2012–2013). Instructor and Visiting Research Associate, Arizona State University, 1996–1998. Teaching Assistant, University of Wisconsin–Madison, Sept.–Dec. 1990, Jan.–May 1996. Research Assistant, UW-Madison, 1991–1996. Instructor in physics, astronomy, and mathematics, Lake Forest Academy, Lake Forest, Illinois, 1987–1989. Grants “Collaborative Research: Triangulating on the Ages of Stars: Using Open Clusters to Calibrate Stellar Chronometers from Myr to Gyr Ages,” National Science Foundation, August 2011–July 2016. (Phillip Cargile, Vanderbilt University, PI) “Placing our Solar System in Context Through the Characterization of Long-Period Exoplanets,” National Science Foundation, August 2011–July 2014. (David Ciardi, Caltech, PI) “Testing Pre-Main-Sequence Stellar Models and Calibrating Age Determinations for Young Stars,” National Science Foundation’s Research Opportunity Award program (with Keivan Stassun, Vanderbilt University), August 2008–July 2009. “Binary Debris Disks: Follow-on Observations of Spitzer Discoveries,” NASA’s Spitzer Space Telescope, July 2008–September 2010. -
Voting Disclosure
ISIN Country Meeting ID Ballot Count Meeting Date Meeting Type Voting Action Company Name Vote By Exception Investment Region Voting Explanation Agenda Item Numbers 968965 Vostok New Ventures Ltd. North America Bermuda 20/05/2015 Annual Against 11 Concerns about overall board structure 1 978645 Vostok New Ventures Ltd. North America Bermuda 09/06/2015 Special All For 1 956069 AEA001501013 Arabtec Holding S.A.L. Emerging Markets United Arab Emirates 30/04/2015 Annual/Special Against 1,6 E: Insufficient basis for a decision 10 958629 AEDFXA0M6V00 DP World Ltd Emerging Markets United Arab Emirates 27/04/2015 Annual Against 17 B: Concerns to protect shareholder interests 6 948037 AEE000301011 Emaar Properties PJSC Emerging Markets United Arab Emirates 15/04/2015 Annual Against 1,9 E: Insufficient basis for a decision 8 943439 AN8068571086 Schlumberger Limited Emerging Markets Curacao 08/04/2015 Annual All For 28 974306 ANN6748L1027 Orthofix International N.V. Emerging Markets Curacao 18/06/2015 Annual Against 4 A: Apparent failure to link pay & appropriate performance 3 2 G: Concerns about audit issues 1.2 G: Concerns about audit issues 952215 ARP689251337 Molinos Rio de La Plata S.A. Emerging Markets Argentina 29/04/2015 Annual/Special Against 4,7 B: Concerns to protect shareholder interests 2- E: Insufficient basis for a decision 2 963398 ARP9897X1319 YPF Sociedad Anonima Emerging Markets Argentina 30/04/2015 Annual/Special Against 4 B: Concerns to protect shareholder interests 3 2,13,14,15,17 E: Insufficient basis for a decision 947013 -
Audited Annual Report and Accounts Title (40–50 Characters) Blackrock Strategic Funds (Bsf) Subtitle (40-50 Characters) R.C.S
AUDITED ANNUAL REPORT AND ACCOUNTS TITLE (40–50 CHARACTERS) BLACKROCK STRATEGIC FUNDS (BSF) SUBTITLE (40-50 CHARACTERS) R.C.S. Luxembourg: B 127481 31 MAY 2013 Contents BSF Chairman’s Letter to Shareholders 2 BSF Investment Adviser’s Report 3 BSF Directors’ Report 5 Board of Directors 8 Management and Administration 8 Statement of Net Assets 9 Three Year Summary of Net Asset Values 12 Statement of Operations and Changes in Net Assets 15 Statement of Changes in Shares Outstanding 18 Portfolio of Investments 21 BlackRock Americas Diversified Equity Absolute Return Fund 21 BlackRock Asia Extension Fund 39 BlackRock Emerging Markets Absolute Return Fund 43 BlackRock Euro Dynamic Diversified Growth Fund 46 BlackRock European Absolute Return Fund 49 BlackRock European Constrained Credit Strategies Fund 52 BlackRock European Credit Strategies Fund 63 BlackRock European Diversified Equity Absolute Return Fund 75 BlackRock European Opportunities Absolute Return Fund 86 BlackRock European Opportunities Extension Fund 88 BlackRock Fixed Income Strategies Fund 91 BlackRock Fund of iShares – Conservative 99 BlackRock Fund of iShares – Dynamic 100 BlackRock Fund of iShares – Growth 101 BlackRock Fund of iShares – Moderate 102 BlackRock Global Absolute Return Bond Fund 103 BlackRock Latin American Opportunities Fund 132 BlackRock Mining Opportunities Fund 134 Notes to the Financial Statements 136 Audit Report 146 General Information 147 Appendix I – Global Exposure and Leverage (Unaudited) 148 Subscriptions may be made only on the basis of the current Prospectus, together with the most recent audited annual report and accounts and unaudited interim report and accounts. Copies are available from the Investor Services Centre, the Transfer Agent, the Manager or any of the Distributors. -
Age Consistency Between Exoplanet Hosts and Field Stars
Astronomy & Astrophysics manuscript no. AAtransitsCitet c ESO 2021 September 16, 2021 Age consistency between exoplanet hosts and field stars A. Bonfanti1; 2, S. Ortolani1; 2, and V. Nascimbeni2 1 Dipartimento di Fisica e Astronomia, Università degli Studi di Padova, Vicolo dell’Osservatorio 3, I-35122 Padova, Italy 2 Osservatorio Astronomico di Padova, INAF, Vicolo dell’Osservatorio 5, I-35122 Padova, Italy ABSTRACT Context. Transiting planets around stars are discovered mostly through photometric surveys. Unlike radial velocity surveys, photo- metric surveys do not tend to target slow rotators, inactive or metal-rich stars. Nevertheless, we suspect that observational biases could also impact transiting-planet hosts. Aims. This paper aims to evaluate how selection effects reflect on the evolutionary stage of both a limited sample of transiting- planet host stars (TPH) and a wider sample of planet-hosting stars detected through radial velocity analysis. Then, thanks to uniform derivation of stellar ages, a homogeneous comparison between exoplanet hosts and field star age distributions is developed. Methods. Stellar parameters have been computed through our custom-developed isochrone placement algorithm, according to Padova evolutionary models. The notable aspects of our algorithm include the treatment of element diffusion, activity checks in terms of 0 log RHK and v sin i, and the evaluation of the stellar evolutionary speed in the Hertzsprung-Russel diagram in order to better constrain age. Working with TPH, the observational stellar mean density ρ? allows us to compute stellar luminosity even if the distance is not available, by combining ρ? with the spectroscopic log g. Results. The median value of the TPH ages is ∼ 5 Gyr. -
Retirement Funds June 30, 2013 Description % of Shares Owned
Retirement Funds June 30, 2013 Description % of Shares Owned BLACKROCK FEDFUND(30) 0.488300% SSGA STIF 0.000000% SSGA STIF 0.000296% SSGA STIF 0.000591% SSGA STIF 0.006646% SSGA STIF 0.004727% SSGA STIF 0.003983% SSGA STIF 0.006389% SSGA STIF 0.003834% SSGA STIF 0.022709% SSGA STIF 0.016516% SSGA STIF 0.026600% SSGA STIF 0.008307% SSGA STIF 0.000727% SSGA STIF 0.002217% SSGA STIF 0.021379% SSGA STIF 0.000443% SSGA STIF 1.231934% SSGA STIF 0.151914% SSGA STIF 0.001468% SSGA STIF 0.000000% SSGA STIF 0.000281% SSGA STIF 0.000000% SSGA STIF 0.000000% SSGA STIF 0.027846% SSGA STIF 0.002223% SSGA STIF 0.000000% SSGA STIF 0.015195% SSGA STIF 0.000000% SSGA STIF 0.030020% SSGA STIF 0.004090% SSGA STIF 0.000000% SSGA STIF 0.009782% SSGA STIF 0.000946% SSGA STIF 0.032248% SSGA STIF 0.000000% SSGA STIF 0.000000% SSGA STIF 0.017702% SSGA STIF 0.012537% United States-Dollar 0.000723% United States-Dollar 0.000047% United States-Dollar 0.034280% Total Cash and Money Market 2.186901% E.M.U.-Euro 0.000000% E.M.U.-Euro 0.000006% Britain-Pound 0.000654% Hong Kong-Dollar 0.000316% Japan-Yen 0.000725% South Korea-Won 0.000000% South Africa-Rand 0.001762% Australia-Dollar 0.000000% Switzerland-Franc 0.000000% E.M.U.-Euro 0.000599% Hong Kong-Dollar 0.000496% Japan-Yen 0.001316% New Zealand-Dollar 0.000000% Taiwan-Dollar 0.000000% E.M.U.-Euro 0.000002% Australia-Dollar 0.000148% Brazil-Real 0.000191% Canada-Dollar 0.000001% Switzerland-Franc 0.000005% Denmark-Krone 0.000065% E.M.U.-Euro 0.000539% Britain-Pound 0.001953% Page 1 of 205 Retirement Funds June 30, -
Nume Constelatie Magnitudine Sep
Nume Constelatie Magnitudine Sep. 164 Andromedae And 6.04, 6.77 8" 26 Andromedae (26 And) And 6.08, 10.07 6.4" 36 Andromedae (36 And) And 6.12, 6.54, 11, 10.92 1.1", 161.7" (AB-C), 999.9" (A-D) 59 Andromedae And 6.05, 6.71 16.6" Gamma Andromedae - Almach And 2.3, 5.2, 15, 6.5 9.8", 27.9", 0.." Phi Andromedae (42 And) And 4.59, 5.61, (?), (?) 0.5", 14.7", 27.7" Sigma Andromedae (25 And) And 4.46, 11.4 6.6" STF 179 And 7.59, 8.14 3.5" STF 245 And 7.26, 8.03 11" 7.21 (5.70), 8.02, 13.10, 18.80, STF 2985 And 15.8", 7.1", 9.5", 12.1" 18.50 STF 3042 And 7.62, 7.75 5.7" STF 3050 And 6.46, 6.72, 12.80 2.4", 79.5" Zeta 1 Antliae (Zet1 Ant) Ant 6.15, 6.83 8.1" 15 Aquilae (h Aql) Aql 5.52, 6.98 39.5" 23 Aquilae (23 Aql) Aql 5.28, 8.29, 13.50 3.2", 10.1" 5 Aquilae (5 Aql) Aql 5.88, 7.02, 10.90 12.5", 25" 57 Aquilae Aql 5.65, 6.35 35.7" 60 Aquilae (60 Aql) Aql 9.6, 12 4.3" 68 Aquilae (68 Aql) Aql 6.13, 13.7 9" Pi Aquilae (Pi Aql) (52 Aql) Aql 6.34, 6.75, 12.90 1.4", 36.2" STF 2404 Aql 6.92, 7.77 3.6" STF 2449 Aql 7.2, 7.72 8" STF 2613 Aql 7.48, 8.02 4.2" STF 2644 Aql 6.92, 7.06 2.5" STF 2654 Aql 6.96, 8.14 14.4" 107 Aquarii (107 Aqr) Aqr 5.65, 6.46 6.9" 12 Aquarii (12 Aqr) Aqr 5.90, 8.30 2.5" 41 Aquarii (41 Aqr) Aqr 5.63, 6.72, 8.94, 11.60 5.2", 209.8", 12.3" (C-D) 94 Aqarii (94 Aqr) Aqr 5.20, 6.70, 6.97 0.2", 12.3" STF 2988; SAO 165551 Aqr 7.93, 7.95 3.5" STF 2993 Aqr 7.60, 8.17, 9.10 24.8", 79.7", 64.4" (B-C) R Ara Ara 7.23, 7.79 3.3" 1 Arietis Ari 6.33, 721 2.8" 30 Arietis Ari 6.50, 7.02 37.7" 33 Arietis Ari 5.3, 9.56 28.4" Epsilon Arietis (48