DOCSLIB.ORG

Aquarius Classical Images

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Aquarius Classical Images Classical images Aquarius from Saint-Romain-in-Gaul (now Villa de Rome, Pal Massimo, Hylas and Cyprus, Salmis, Hylas and Nymphs from Grenoble), Hylas and the nymphs, ea 3rd C AD Nymphs, 2nd C BC – 1st C AD, from sudarium of baths. Tor Bella Monaca, Rome – photo credit: Marie-Lan Nguyen Rome, Pal Massimo, Hylas and Nymphs, ea 4th C Constantine, Libya – Helas mosaic (from from Basilica of Junius Bassus on Esquiline Hill – http://www.beazley.ox.ac.uk/) photo credit: Jean-Pol Grandmont See Jupiter for images of Ganymede with Eagle and Eridanus for river gods 1 Classical images Aquarius from Saint-Romain-in-Gaul (now Villa de Rome, Pal Massimo Cyprus, Salmis, Grenoble), Hylas and the nymphs, ea 3rd C AD Hylas and Nymphs, 2nd C BC – 1st C Hylas and Nymphs from sudarium of baths. AD, from Tor Bella Monaca, Rome – photo credit: Marie-Lan Nguyen Rome, Pal Massimo, Hylas and Nymphs, ea 4th C Constantine, Libya – Helas mosaic (from http://www.beazley.ox.ac.uk/) from Basilica of Junius Bassus on Esquiline Hill credit: Jean-Pol Grandmont See Jupiter for images of Ganymede with Eagle and Eridanus for river gods 2 Classical images Aquarius The Recognition of Theseus by Aigeus, Qasr, Libya – Tigris River Apulian red-figure bell krater, c. 380 Adolphsen (Hesse), no 179 3 Classical globes Aquarius Bentley’s Manilius Naples, Farnese Atlas Paris, Kugel Globe Mainz Globe 4 Germanicus mss Aquarius I. = z stemma Leiden, Univbibl Boulogne-sur-Mer, Bibl. Mun. Bern, Burgerbibl, Voss lat 4° 79 Ms 188 Ms 88 vs. planisphere vs. planisphere 5 Germanicus mss Aquarius II and III. = O stemma (O1 or ν ) II. III. image missing from ms Basle, OBU vs. zodiac Ms AN.IV . 18 Aberystwyth, NLW n.b. – with Capricorn Ms 735 C vs. planisphere = leaping dog? vs. planisphere vs. hemisphere 6 Germanicus mss = O stemma (O2 or μ ) = ‘Siciliensis’ Aquarius IV. Va. Cologny, Bib Bodmer NY, Pierpont Morgan Libr Cod lat 7 Ms M 389 Vb. Madrid, Bib nac Ms 19 (16) n.b. – with Capricorn Vatican, BAV Barb lat 76 n.b. – with Capricorn 7 Germanicus mss (=Siciliensis) Aquarius VI. London BL Egerton 1050 VII. = fragmentum ... repertum in Sicilia London, BL, Naples, Bib naz Add Ms 15819 XIV D 37 n.b. – with Capricorn 8 Germanicus mss (= ‘Siciliensis’) Aquarius VIIIa. Madrid Bib Nac Vatican, BAV Vienna, Schottenstift Ms 8282 – with Capricorn Barb lat 77 – with Capricorn Ms 51 – with Capricorn VIIIb. VIIIc. IX. Vatican,BAV Florence, Bibl Laurenziana Montpellier Urb lat 1358 – hooded, with Capricorn Plut 89 sup 43 – with Capricorn Ms H 452 n.b. – horse’s body ? 9 Ps-Eratosthenes Aquarius planisphere – raised hand, stream into fish’s mouth Vatican BAV, hemisphere – stream zodiac – two hands Vat grec 1087 into fish’s mouth note – walking and turning, two hands 10 Cicero Aquarius missing from ms. London, BL vs. planisphere London, BL Harley 647 two hands, stream into fish mouth Harley 2506 London, BL London, BL Gottweig, Cotton ms B.V., pars 1 11 Cotton Ms C. 1 Stiftsbibl Ms 7 Revised Aratus Latinus Aquarius I. Dresden, Landesbibl. Dresden hemisphere Ms D C 183 n.b. – nude missing from ms? Paris BN winter hemisphere Prague, Univbibl Lat 12957 n.b. – nude Ms 1717 12 Revised Aratus Latinus Aquarius Ia. St Gallen, Stiftsbibl vs. hemisphere Ms 902 n.b. – no cape, leaning over urn St Gallen, Stiftsbibl vs. hemisphere 13 Ms 250 n.b. – no cape, leaning over urn Revised Aratus Latinus Aquarius Ib. Gottweig, Stiftsbibl. Siena, Bib com Ms 7 (146) Ms L. IV. 25 14 Revised Aratus Latinus Aquarius Ia. St Gallen, Stiftsbibl vs. hemisphere Ms 902 n.b. – leaning over, no cloak St Gallen, Stiftsbibl vs. hemisphere Ms 250 15 n.b. – leaning over, no cloak Revised Aratus Latinus Aquarius I. (distant relative) missing from ms. Paris BN hemisphere Vatican, BAV hemisphere n.a. 1614 Reg lat 1324 missing from ms. Munich, Staatsbibl. 16 Clm 560 Revised Aratus Latinus Aquarius II. Cologne, Dombibliothek Ms 83.11 17 ps-Bede, De signis caeli Aquarius I. Oxford, Bodleian Padua, Bibl Antoniona Venice, Bib Marciana Paris, BN, Laud misc 644 – n.b. : hood Ms Anton 27 Ms VIII, 22 Lat 14754 Ia. Dijon vs. zodiac image Bib mun, Ms 488 18 n.b. – 2 hands, flowing cape ps-Bede, De signis caeli Aquarius IIa. Paris, BN Paris, BN Lat 5543 Lat 5239 n.b. – flowing cape, water n.b. – flowing cape, water below below (cf Hyginus III) 19 ps-Bede, De signis caeli Aquarius IIb. Klosterneuburg, Zwettl, Stiftskirche Vatican, BAV Stiftskirche, Ms 685 Ms 296 Vat lat 643 n.b. – flowing cape, water below n.b. – flowing cape, water below n.b. – flowing cape, water below zodiac rota zodiac rota zodiac rota 20 ps-Bede, De signis caeli Aquarius III. missing from ms. Laon, Rouen, Bib mun, Bib mun, Ms 422 Ms 26 21 ps-Bede, De signis caeli Aquarius Singletons missing from ms. Amiens Durham, Cathedral Libr Durham – zodiac image Bib mun, Ms 222 Hunter 100 Montecassino, Freiburg-im-Bresgau Badia, Ms 3 Ms 35 n.b. – spear or trident (?) 22 De ordine ac positione Aquarius Ia. Berlin, Staasbibl, planisphere Ms lat 130 (Phill 1832) n.b. – nude male; cap; cloak covering arm; urn in right hand Madrid, Bib Nac Monza, Bib capit. hemisphere Ms 3307 Ms F. 9/176 (246) n.b. – nude male; n.b. – nude male; cap; cloak covering arm; urn in right hand cap; cloak covering arm; urn in right hand 23 De ordine ac positione Aquarius Ib. Vatican BAV, Vat lat 645 n.b. – nude male; cap; cloak covering arm; urn in right hand II. Munich, Staatsbibl. planisphere Vienna, ONB Ms clm 210 Vindob 387 n.b. – dressed youth in profile n.b. – dressed youth in profile 24 De ordine ac positione Aquarius III. Austin TX, Harry Ransom, Paris BN, St Petersburg, Nat Libr Univ of Texas, Ms 29 lat n.a. 1614 Ms Q v IX, no 2 n.b. – grabbing cloth behind n.b. – grabbing cloth behind IV. Paris BN Vatican BAV, lat 12117 Reg lat 309 25 n.b. – grabbing cloth behind n.b. – grabbing cloth behind De ordine ac positione Aquarius V. Los Angeles, Getty Mus Paris BN Ludwig XII, 5 lat 8663 n.b. – left hand raised n.b. -- water below feet Singletons Vienna, ONB Reykjavik Vindob 12600 Ms 1812 26 n.b. – left hand raised Hyginus Aquarius Ia. missing from ms. S Paul im Lavantthal Florence, Bibl Laurenziana Leiden, Univ-blbl Ms 16/1 (XXV. 4. 20) Ms Plut 29.30 Voss 8°18 n.b. – reclining n.b. -- reclining Ib. Wolfenbüttel, Herz Aug London BL Ms 18. 16. Aug 4° Arundel 339 n.b. – shared water with n.b. – shared water with 27 Hyginus Aquarius Ic. (singleton) II. (singleton) Vienna ONB Leiden Univ-bibl Vindob 51 Voss lat 4° 92 n.b. – second implement III. Leiden Univ-bibl Vatican BAV planisphere Voss lat 8° 15 n.b. – flowing cape, water Reg lat 123 n.b. – flowing cape, water below; cf -- De signis caeli II below; cf -- De signis caeli II 28 Hyginus Aquarius IV. V. (singleton) Oxford, Bodleian Libr Oxford, Bodleian Libr Baltimore, Walters Art Gallery Bodley 614 Digby 83 (SC 1684) Ms 734 n.b. – water under feet n.b. - water under feet, double- n.b. – water under feet necked vase 29 Hyginus Aquarius VI. (singleton) VI- related : German Star Books (‘secundum Hyginum’) ? ? Lyon, Bib mun, Pal des Lyon, Bib mun Munich, Staatsbibl Berlin, Staatsbibl. Arts 45 Ms 172 Germ 595 Ms 8° 44 (Rose 962) n.b. – trident, water under feet ? Wolfenbüttel, Herz. Aug. Bibl Munich, Staatsbibl Vatican BAV Vatican BAV Guelf 81 24 Aug 1 30 Clm 59 Pal.lat. 1369 Pal.lat. 1389 Hyginus Aquarius VII. (singleton) VIII. (singleton) London BL, Munich, Staatsbibl. Roy Ms 13. A. XI Clm 10270 n.b. – water into fish’s mouth, below feet n.b. – reaching up 31 Hyginus Aquarius IXa. image missing from ms Cambridge, Fitzwilliam Florence, BN Milan, Bibl. Ambrosiana Oxford, Bodleian Libr Mus Magl XI. 141 T. 47 sup Can. class lat 179 Ms 260 n.b. – youth with right arm n.b. – youth with right arm n.b. – youth with right extended extended arm extended Siena, Bib com Vatican, BAV Verona, Bibl capitolare Ms L. VI. 25 Vat lat 3109 Ms CCLXI n.b. – youth with right arm n.b. – youth with right arm extended 32 extended Hyginus Aquarius IXb. IXc. missing from ms. Oxford, Bodleian Library Milan, Bibl Trivulziana Vatican, BAV Florence, Bib Naz Can misc 46 N. 690 (E 83) Vat lat 3110 Magl XI. 114,1 n.b. – youth with right arm n.b. – youth with right arm n.b. – youth with right arm extended extended extended 33 Hyginus Aquarius IXd. (distant singleton) IXe. Florence, Bibl Laurenziana Pavia, Bibl Univ Vatican., BAV Ashburnam 1148 Aldini 490 Urb lat 1358 n.b. – youth with arm extended n.b. – old man with arm extended same IXf. IXg. New York, Public Library Freiburg, Andreas-Möller-Bibl. Florence, Bib Naz Spencer Ms 28 Cl XI 4o 9 Plut 89, sup 43 34 Hyginus Aquarius X. (singleton) XI. (singleton) missing from manuscript Vatican, BAV Cortona, Lib del Comune Chigi H. IV. 20 Ms 184 (256) n.b.-- youth with left arm extended 35 Hyginus Aquarius ? missing from manuscript missing from manuscript Cambrai, Bibl. Mun. Cambridge, Trinity College Leiden, Univ.-bibl. Ms 933 (832) Ms R 15 32 Gronovius 21 Hyginus Aquarius Venice: Ratdolt, 1482 Vienna, ÖNB cf Michael Scot Vindob 3111 37 Basinio da Parma Aquarius Ia. Ib. Rimini, Cassa di Risparmio Cambridge, CUL (London Sotheby’s sale 1992) Dd IV 64 IIa.
Load more

Recommended publications
  • The Astronomical Garden of Venus and Mars-NG915: the Pivotal Role Of
    The astronomical garden of Venus and Mars - NG915 : the pivotal role of Astronomy in dating and deciphering Botticelli’s masterpiece Mariateresa Crosta Istituto Nazionale di Astrofisica (INAF- OATo), Via Osservatorio 20, Pino Torinese -10025, TO, Italy e-mail: [email protected] Abstract This essay demonstrates the key role of Astronomy in the Botticelli Venus and Mars-NG915 painting, to date only very partially understood. Worthwhile coin- cidences among the principles of the Ficinian philosophy, the historical characters involved and the compositional elements of the painting, show how the astronomi- cal knowledge of that time strongly influenced this masterpiece. First, Astronomy provides its precise dating since the artist used the astronomical ephemerides of his time, albeit preserving a mythological meaning, and a clue for Botticelli’s signature. Second, it allows the correlation among Botticelli’s creative intention, the historical facts and the astronomical phenomena such as the heliacal rising of the planet Venus in conjunction with the Aquarius constellation dating back to the earliest represen- tations of Venus in Mesopotamian culture. This work not only bears a significant value for the history of science and art, but, in the current era of three-dimensional mapping of billion stars about to be delivered by Gaia, states the role of astro- nomical heritage in Western culture. Finally, following the same method, a precise astronomical dating for the famous Primavera painting is suggested. Keywords: History of Astronomy, Science and Philosophy, Renaissance Art, Educa- tion. Introduction Since its acquisition by London’s National Gallery on June 1874, the painting Venus and Mars by Botticelli, cataloged as NG915, has remained a mystery to be interpreted [1]1.
    [Show full text]
  • Aquarius Aries Pisces Taurus
    Zodiac Constellation Cards Aquarius Pisces January 21 – February 20 – February 19 March 20 Aries Taurus March 21 – April 21 – April 20 May 21 Zodiac Constellation Cards Gemini Cancer May 22 – June 22 – June 21 July 22 Leo Virgo July 23 – August 23 – August 22 September 23 Zodiac Constellation Cards Libra Scorpio September 24 – October 23 – October 22 November 22 Sagittarius Capricorn November 23 – December 23 – December 22 January 20 Zodiac Constellations There are 12 zodiac constellations that form a belt around the earth. This belt is considered special because it is where the sun, the moon, and the planets all move. The word zodiac means “circle of figures” or “circle of life”. As the earth revolves around the sun, different parts of the sky become visible. Each month, one of the 12 constellations show up above the horizon in the east and disappears below the horizon in the west. If you are born under a particular sign, the constellation it is named for can’t be seen at night. Instead, the sun is passing through it around that time of year making it a daytime constellation that you can’t see! Aquarius Aries Cancer Capricorn Gemini Leo January 21 – March 21 – June 22 – December 23 – May 22 – July 23 – February 19 April 20 July 22 January 20 June 21 August 22 Libra Pisces Sagittarius Scorpio Taurus Virgo September 24 – February 20 – November 23 – October 23 – April 21 – August 23 – October 22 March 20 December 22 November 22 May 21 September 23 1. Why is the belt that the constellations form around the earth special? 2.
    [Show full text]
  • Planets and Exoplanets
    NASE Publications Planets and exoplanets Planets and exoplanets Rosa M. Ros, Hans Deeg International Astronomical Union, Technical University of Catalonia (Spain), Instituto de Astrofísica de Canarias and University of La Laguna (Spain) Summary This workshop provides a series of activities to compare the many observed properties (such as size, distances, orbital speeds and escape velocities) of the planets in our Solar System. Each section provides context to various planetary data tables by providing demonstrations or calculations to contrast the properties of the planets, giving the students a concrete sense for what the data mean. At present, several methods are used to find exoplanets, more or less indirectly. It has been possible to detect nearly 4000 planets, and about 500 systems with multiple planets. Objetives - Understand what the numerical values in the Solar Sytem summary data table mean. - Understand the main characteristics of extrasolar planetary systems by comparing their properties to the orbital system of Jupiter and its Galilean satellites. The Solar System By creating scale models of the Solar System, the students will compare the different planetary parameters. To perform these activities, we will use the data in Table 1. Planets Diameter (km) Distance to Sun (km) Sun 1 392 000 Mercury 4 878 57.9 106 Venus 12 180 108.3 106 Earth 12 756 149.7 106 Marte 6 760 228.1 106 Jupiter 142 800 778.7 106 Saturn 120 000 1 430.1 106 Uranus 50 000 2 876.5 106 Neptune 49 000 4 506.6 106 Table 1: Data of the Solar System bodies In all cases, the main goal of the model is to make the data understandable.
    [Show full text]
  • Observing List
    day month year Epoch 2000 local clock time: 4.00 Observing List for 24 7 2019 RA DEC alt az Constellation object mag A mag B Separation description hr min deg min 60 75 Andromeda Gamma Andromedae (*266) 2.3 5.5 9.8 yellow & blue green double star 2 3.9 42 19 73 111 Andromeda Pi Andromedae 4.4 8.6 35.9 bright white & faint blue 0 36.9 33 43 72 71 Andromeda STF 79 (Struve) 6 7 7.8 bluish pair 1 0.1 44 42 58 80 Andromeda 59 Andromedae 6.5 7 16.6 neat pair, both greenish blue 2 10.9 39 2 89 34 Andromeda NGC 7662 (The Blue Snowball) planetary nebula, fairly bright & slightly elongated 23 25.9 42 32.1 75 84 Andromeda M31 (Andromeda Galaxy) large sprial arm galaxy like the Milky Way 0 42.7 41 16 75 85 Andromeda M32 satellite galaxy of Andromeda Galaxy 0 42.7 40 52 75 82 Andromeda M110 (NGC205) satellite galaxy of Andromeda Galaxy 0 40.4 41 41 60 84 Andromeda NGC752 large open cluster of 60 stars 1 57.8 37 41 57 73 Andromeda NGC891 edge on galaxy, needle-like in appearance 2 22.6 42 21 89 173 Andromeda NGC7640 elongated galaxy with mottled halo 23 22.1 40 51 82 10 Andromeda NGC7686 open cluster of 20 stars 23 30.2 49 8 47 200 Aquarius 55 Aquarii, Zeta 4.3 4.5 2.1 close, elegant pair of yellow stars 22 28.8 0 -1 35 181 Aquarius 94 Aquarii 5.3 7.3 12.7 pale rose & emerald 23 19.1 -13 28 30 173 Aquarius 107 Aquarii 5.7 6.7 6.6 yellow-white & bluish-white 23 46 -18 41 26 221 Aquarius M72 globular cluster 20 53.5 -12 32 27 220 Aquarius M73 Y-shaped asterism of 4 stars 20 59 -12 38 40 181 Aquarius NGC7606 Galaxy 23 19.1 -8 29 28 219 Aquarius NGC7009
    [Show full text]
  • The Tessmann Planetarium Guide to Exoplanets
    The Tessmann Planetarium Guide to Exoplanets REVISED SPRING 2020 That is the big question we all have: Are we alone in the universe? Exoplanets confirm the suspicion that planets are not rare. -Neil deGrasse Tyson What is an Exoplanet? WHAT IS AN EXOPLANET? Before 1990, we had not yet discovered any planets outside of our solar system. We did not have the methods to discover these types of planets. But in the three decades since then, we have discovered at least 4158 confirmed planets outside of our system – and the count seems to be increasing almost every day. We call these worlds exoplanets. These worlds have been discovered with the help of new and powerful telescopes, on Earth and in space, including the Hubble Space Telescope (HST). The Kepler Spacecraft (artist’s conception, below) and the Transiting Exoplanet Survey Satellite (TESS) were specifically designed to hunt for new planets. Kepler discovered 2662 planets during its search. TESS has discovered 46 planets so far and has found over 1800 planet candidates. In Some Factoids: particular, TESS is looking for smaller, rocky exoplanets of nearby, bright stars. An earth-sized planet, TOI 700d, was discovered by TESS in January 2020. This planet is in its star’s Goldilocks or habitable zone. The planet is about 100 light years away, in the constellation of Dorado. According to NASA, we have discovered 4158 exoplanets in 3081 planetary systems. 696 systems have more than one planet. NASA recognizes another 5220 unconfirmed candidates for exoplanets. In 2020, a student at the University of British Columbia, named Michelle Kunimoto, discovered 17 new exoplanets, one of which is in the habitable zone of a star.
    [Show full text]
  • Stillwater Form 6K
    Table of Contents UNITED STATES SECURITIES AND EXCHANGE COMMISSION Washington, D.C. 20549 FORM 6-K REPORT OF FOREIGN PRIVATE ISSUER PURSUANT TO RULE 13a-16 OR 15d-16 UNDER THE SECURITIES EXCHANGE ACT OF 1934 Dated April 17, 2017 Commission File Number 001-35785 Sibanye Gold Limited (Translation of Registrant’s name into English) Libanon Business Park 1 Hospital Street (off Cedar Avenue) Libanon, Westonaria, 1780 South Africa (Address of principal executive offices) Indicate by check mark whether the registrant files or will file annual reports under cover of Form 20-F or Form 40-F: Form 20-F " Form 40-F Indicate by check mark if the registrant is submitting the Form 6-K in paper as permitted by Regulation S-T Rule 101(b)(1): " Indicate by check mark if the registrant is submitting the Form 6-K in paper as permitted by Regulation S-T Rule 101(b)(7): " Sibanye Gold Limited is filing this Report on Form 6-K. Table of Contents TABLE OF CONTENTS Page PRESENTATION AND INCORPORATION BY REFERENCE OF FINANCIAL INFORMATION AND OTHER DATA 3 UNAUDITED PRO FORMA CONDENSED COMBINED FINANCIAL INFORMATION 5 CONSOLIDATED FINANCIAL STATEMENTS — AQUARIUS 13 ABBREVIATED FINANCIAL STATEMENTS — RUSTENBURG OPERATIONS 105 2 Table of Contents PRESENTATION AND INCORPORATION BY REFERENCE OF FINANCIAL INFORMATION AND OTHER DATA On 6 October 2015 Sibanye Gold Limited (“Sibanye”) announced a cash offer of US$0.195 per share for the entire issued share capital of Aquarius Platinum Limited (“Aquarius”) (the “Aquarius Transaction”), valuing Aquarius at US$294 million. The transaction was subject to the fulfilment of various conditions precedent which were completed on 12 April 2016, when Sibanye paid R4,301.5 million to the Aquarius shareholders and obtained control (100%) of Aquarius.
    [Show full text]
  • Aquarius, the Watering Can Man by Magda Streicher [email protected]
    deepsky delights Aquarius, the Watering Can Man by Magda Streicher [email protected] Aquarius is by no means just another constellation – it’s quite simply something exceptional in its own right. Aquarius the Image source: Stellarium water-bearer spreads out its lanky image just north of Capricornus the sea-goat. Other ier, the French astronomer. Averted vision well-known water constellations are Piscis yields the best view, which sees the object Austrinus the southern fish, Cetus the whale, brightening relatively quickly to a core that Delphinus the dolphin and Hydra the water appears slightly more square than round and snake. The water-bearer was so named due less concentrated than most globulars. Not to the Sun’s entry into the constellation dur- at all easy to resolve, although I can pick up ing the Babylonian monsoon season. The a grainy tangerine skin impression, which image portrays a man pouring water from a makes me suspect partial resolution. pitcher he’s holding in his right hand. Little sprays of brighter stars look like numerous Just 1.2 degrees to the east, arguably one of drops of water and stand out well against the most interesting documented clusters or the fainter background star-field. When star asterisms can be seen. NGC 6994, bet- Aquarius is about appear in the east, Albali, ter known as Messier 73, consists of a cluster or Epsilon Aquarii, at magnitude 3.7, pops of only four stars, which the University of up as the western-most star in the constella- Padua in Italy places at different distances as tion, as if to say “Here I am!” field stars.
    [Show full text]
  • The Age of Aquarius Is an Astrological Term Denoting Either the Current Or Upcoming Astrological Age, Depending on the Method of Calculation
    The Age of Aquarius is an astrological term denoting either the current or upcoming astrological age, depending on the method of calculation. Astrologers maintain that an astrological age is a product of the earth's slow precessional rotation and lasts for 2,150 years, on average. In popular culture in the United States, the Age of Aquarius refers to the advent of the New Age movement in the 1960s and 1970s. There are various methods of calculating the length of an astrological age. In sun- sign astrology, the first sign is Aries, followed by Taurus, Gemini, Cancer, Leo, Virgo, Libra, Scorpio, Sagittarius, Capricorn, Aquarius, and Pisces, whereupon the cycle returns to Aries and through the zodiacal signs again. Astrological ages, however, proceed in the opposite direction ("retrograde" in astronomy). Therefore, the Age of Aquarius follows the Age of Pisces. Mythology of the constellation Aquarius This is the eleventh zodiacal sign and one which has always been connected with water. To the Babylonians it represented an overflowing urn, and they associated this with the heavy rains which fell in their eleventh month, whilst the Egyptians saw the constellation as Hapi, the god of the Nile. Greek legend, however, tells of Ganymede, an exceptionally handsome, young prince of Troy. He was spotted by Zeus, who immediately decided that he would make a perfect cup-bearer. The story then differs - one version telling how Zeus sent his pet eagle, Aquila, to carry Ganymede to Olympus, another that it was Zeus, himself, disguised as an eagle, who swept up the youth and carried him to the home of the gods.
    [Show full text]
  • NASA Space Place Astronomy Club Article March 2017 This Article
    NASA Space Place Astronomy Club Article March 2017 This article is provided by NASA Space Place. With articles, activities, crafts, games, and lesson plans, NASA Space Place encourages everyone to get excited about science and technology. Visit spaceplace.nasa.gov to explore space and Earth science! What It’s Like on a TRAPPIST-1 Planet By Marcus Woo With seven Earth-sized planets that could harbor liquid water on their rocky, solid surfaces, the TRAPPIST-1 planetary system might feel familiar. Yet the system, recently studied by NASA’s Spitzer Space Telescope, is unmistakably alien: compact enough to fit inside Mercury's orbit, and surrounds an ultra-cool dwarf star—not much bigger than Jupiter and much cooler than the sun. If you stood on one of these worlds, the sky overhead would look quite different from our own. Depending on which planet you're on, the star would appear several times bigger than the sun. You would feel its warmth, but because it shines stronger in the infrared, it would appear disproportionately dim. "It would be a sort of an orangish-salmon color—basically close to the color of a low- wattage light bulb," says Robert Hurt, a visualization scientist for Caltech/IPAC, a NASA partner. Due to the lack of blue light from the star, the sky would be bathed in a pastel, orange hue. But that's only if you're on the light side of the planet. Because the worlds are so close to their star, they're tidally locked so that the same side faces the star at all times, like how the Man on the Moon always watches Earth.
    [Show full text]
  • Planet Size Chart Planets Can Come in a Wide Variety of Sizes
    Planet Size Chart Planets can come in a wide variety of sizes. Ranging from dwarf planets the size of a small moon to mega gas giants many times larger than Jupiter, the range is truly astounding. Through this chart, readers will be granted a visual comparison of these objects’ relative sizes, and therefor e, become to respect the enormity of Space’s diversity. Through data compiled through a variety of exoplanet catalogs, all visual comparisons are within a 1% margin of error as restricted by Microsoft’s limited precision capabilities. Planet Name Most exoplanets are identified by the name of the parent star (TRAPPIST-1) Diameter followed by a letter The object’s size measured in units of designation (f for 4th planet) Earth Diameters. At 1.05E, TRAPPIST- 1 is only slightly larger than our TRAPPIST 1- F world. Given Earth’s radius of 12,742km, we can calculate 1.05E TRAPPIST-1 F’s diameter to be Discovery Method Primary Transit ~13,400km. While most planets and Habitable moons in our Solar System were discovered through Aquarius simple observation, Habitability discoveries of exoplanets are While planet surveying being made through several technology is still limited, methods, most popular of astronomers can derive a which is the Transit Method: Constellation planet’s habitability by its measuring small drops in a observable properties. Based star’s brightness caused by a Where in the night sky a planet on its location in the planet blocking some of the can be found is most easily goldilocks zone and its small light as it passes in front.
    [Show full text]
  • Constellation Legends
    Constellation Legends by Norm McCarter Naturalist and Astronomy Intern SCICON Andromeda – The Chained Lady Cassiopeia, Andromeda’s mother, boasted that she was the most beautiful woman in the world, even more beautiful than the gods. Poseidon, the brother of Zeus and the god of the seas, took great offense at this statement, for he had created the most beautiful beings ever in the form of his sea nymphs. In his anger, he created a great sea monster, Cetus (pictured as a whale) to ravage the seas and sea coast. Since Cassiopeia would not recant her claim of beauty, it was decreed that she must sacrifice her only daughter, the beautiful Andromeda, to this sea monster. So Andromeda was chained to a large rock projecting out into the sea and was left there to await the arrival of the great sea monster Cetus. As Cetus approached Andromeda, Perseus arrived (some say on the winged sandals given to him by Hermes). He had just killed the gorgon Medusa and was carrying her severed head in a special bag. When Perseus saw the beautiful maiden in distress, like a true champion he went to her aid. Facing the terrible sea monster, he drew the head of Medusa from the bag and held it so that the sea monster would see it. Immediately, the sea monster turned to stone. Perseus then freed the beautiful Andromeda and, claiming her as his bride, took her home with him as his queen to rule. Aquarius – The Water Bearer The name most often associated with the constellation Aquarius is that of Ganymede, son of Tros, King of Troy.
    [Show full text]
  • R Aquarii: Understanding the Mystery of Its Jets by Model Comparison Michelle Marie Risse Iowa State University
    Iowa State University Capstones, Theses and Graduate Theses and Dissertations Dissertations 2009 R Aquarii: Understanding the mystery of its jets by model comparison Michelle Marie Risse Iowa State University Follow this and additional works at: https://lib.dr.iastate.edu/etd Part of the Physics Commons Recommended Citation Risse, Michelle Marie, "R Aquarii: Understanding the mystery of its jets by model comparison" (2009). Graduate Theses and Dissertations. 10565. https://lib.dr.iastate.edu/etd/10565 This Thesis is brought to you for free and open access by the Iowa State University Capstones, Theses and Dissertations at Iowa State University Digital Repository. It has been accepted for inclusion in Graduate Theses and Dissertations by an authorized administrator of Iowa State University Digital Repository. For more information, please contact [email protected]. R Aquarii: Understanding the mystery of its jets by model comparison by Michelle Marie Risse A thesis submitted to the graduate faculty in partial fulfillment of the requirements for the degree of MASTER OF SCIENCE Major: Astrophysics Program of Study Committee: Lee Anne Willson, Major Professor Steven D. Kawaler Craig A. Ogilvie David B. Wilson Iowa State University Ames, Iowa 2009 Copyright c Michelle Marie Risse, 2009. All rights reserved. ii TABLE OF CONTENTS LISTOFTABLES ................................... iv LISTOFFIGURES .................................. v CHAPTER1. Intent ................................. 1 CHAPTER2. Introduction ............................. 2 2.1
    [Show full text]