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  • Astronomical clock tower, on the restored facade of the former National Bank building in Europe park, Batumi, Georgia Photographed at night
    SL_Batumi_LS2_4524.jpg
  • Astronomical clock tower, on the restored facade of the former National Bank building in Europe park, Batumi, Georgia Photographed at night
    SL_Batumi_LS2_4544.jpg
  • Astronomical clock tower, on the restored facade of the former National Bank building in Europe park, Batumi, Georgia Photographed at night
    SL_Batumi_LS2_4518.jpg
  • The Strasbourg astronomical clock is located in the Cathédrale Notre-Dame of Strasbourg, Alsace, France. It is the third clock on that spot and dates from 1843. Its main features, besides the automata, are a perpetual calendar (including a computus), an orrery (planetary dial), a display of the real position of the Sun and the Moon, and solar and lunar eclipses. The main attraction is the procession of the 18 inch high figures of Christ and the Apostles, which occurs every day at solar noon, while the life-size cock crows thrice.From ' The pictorial Catholic library ' containing seven volumes in one: History of the Blessed Virgin -- The dove of the tabernacle -- Catholic history -- Apparition of the Blessed Virgin -- A chronological index -- Pastoral letters of the Third Plenary. Council -- A chaplet of verses -- Catholic hymns  Published in New York by Murphy & McCarthy in 1887
    IR_f_Catholic-Library_0778.jpg
  • Angelo Secchi S.J. [El P. Angel Sechi] (28 June 1818 – 26 February 1878) was an Italian Catholic priest, astronomer by the Italian region of Emilia. He was director of the observatory at the Pontifical Gregorian University (then called the Roman College) for 28 years. He was a pioneer in astronomical spectroscopy, and was one of the first scientists to state authoritatively that the Sun is a star. From the book La ciencia y sus hombres : vidas de los sabios ilustres desde la antigüedad hasta el siglo XIX T. 3  [Science and its men: lives of the illustrious sages from antiquity to the 19th century Vol 3] By by Figuier, Louis, (1819-1894); Casabó y Pagés, Pelegrín, n. 1831 Published in Barcelona by D. Jaime Seix, editor , 1879 (Imprenta de Baseda y Giró)
    IR_Men-of-Science-T3_1114.jpg
  • Details of the bell tower of the Cathedral, Duomo, at Messina Sicily, Italy, July 2006. Both buildings were rebuilt in 1920 and then again in 1943 but follow the plans of the original structures. The steeple now houses a clock which is unique in the world for its complexity, including an astronomical calendar, built by the Ungerer firm of Strasbourg to the orderer of Archbishop Paino (1933).
    IR_it_21954_fs_PSh.jpg
  • The Cathedral, Duomo, and bell tower at Messina Sicily, Italy, at 12 o'clock noon, July 2006. Both buildings were rebuilt in 1920 and then again in 1943 but follow the plans of the original structures. The steeple now houses a clock which is unique in the world for its complexity, including an astronomical calendar, built by the Ungerer firm of Strasbourg to the orderer of Archbishop Paino (1933).
    IR_it_21949.jpg
  • The Cathedral, Duomo, and bell tower at Messina Sicily, Italy, at 12 o'clock noon, July 2006. Both buildings were rebuilt in 1920 and then again in 1943 but follow the plans of the original structures. The steeple now houses a clock which is unique in the world for its complexity, including an astronomical calendar, built by the Ungerer firm of Strasbourg to the orderer of Archbishop Paino (1933).
    IR_it_21969_fs_PSh.jpg
  • The Cathedral, Duomo, and bell tower at Messina Sicily, Italy, at 12 o'clock noon, July 2006. Both buildings were rebuilt in 1920 and then again in 1943 but follow the plans of the original structures. The steeple now houses a clock which is unique in the world for its complexity, including an astronomical calendar, built by the Ungerer firm of Strasbourg to the orderer of Archbishop Paino (1933).
    IR_it_21974_fs_PSh.jpg
  • Details of the bell tower of the Cathedral, Duomo, at Messina Sicily, Italy, July 2006. Both buildings were rebuilt in 1920 and then again in 1943 but follow the plans of the original structures. The steeple now houses a clock which is unique in the world for its complexity, including an astronomical calendar, built by the Ungerer firm of Strasbourg to the orderer of Archbishop Paino (1933).
    IR_it_21961_fs_PSh.jpg
  • The Cathedral, Duomo, and bell tower at Messina Sicily, Italy, at 12 o'clock noon, July 2006. Both buildings were rebuilt in 1920 and then again in 1943 but follow the plans of the original structures. The steeple now houses a clock which is unique in the world for its complexity, including an astronomical calendar, built by the Ungerer firm of Strasbourg to the orderer of Archbishop Paino (1933).
    IR_it_21964_fs_PSh.jpg
  • The Cathedral, Duomo, and bell tower at Messina Sicily, Italy, at 12 o'clock noon, July 2006. Both buildings were rebuilt in 1920 and then again in 1943 but follow the plans of the original structures. The steeple now houses a clock which is unique in the world for its complexity, including an astronomical calendar, built by the Ungerer firm of Strasbourg to the orderer of Archbishop Paino (1933).
    IR_it_21963_fs_PSh.jpg
  • India, Rajasthan, Jaipur The Jantar Mantar Astronomical observatory
    IA_f_0809_DSC_5515_New.jpg
  • India, Rajasthan, Jaipur The Jantar Mantar Astronomical observatory
    IA_f_0809_DSC_5511_New.jpg
  • India, Rajasthan, Jaipur. The Jantar Mantar astronomical park from 1728 Narivalaya Yantra - representing the 2 hemispheres for calculating time.
    OS_Jaipur_7665.jpg
  • India, Rajasthan, Jaipur. The Jantar Mantar astronomical park from 1728 Laghu Samrat Yantra - for calculating local time within 20 seconds
    OS_Jaipur_7664.jpg
  • India, Rajasthan, Jaipur. The Jantar Mantar astronomical park from 1728 Samart Yantra - for calculating crop growth during the year
    OS_Jaipur_7666.jpg
  • Architecture Is Represented In A Female Form, Sitting Upon The Pedestal Of A Pillar, With Various Tools And Instruments Around Her, Carefully Inspecting The Accuracy And Ingenuity Of A Design Which Lies In Her Lap. At Her Side the Figure of Reason, With a Helmet on Her Head, Pallas’s Shield in Her Left Hand, And Mercury’s Caduceus in Her Right. Astronomy Is Personified By A Beautiful Female As Urania, With A Silver Crescent, Clothed In An Azure Mantle Spangled With Stars; Her Eyes Intensely Fixed Upon The Starry Firmament; With An Astrolabe In Her Right Hand, And A Scroll, Containing Astronomical Figures, In Her Left. Copperplate engraving From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume II;  Edited by Wilkes, John. Published in London in 1810
    IR_f_Vol02_0008.jpg
  • Architecture Is Represented In A Female Form, Sitting Upon The Pedestal Of A Pillar, With Various Tools And Instruments Around Her, Carefully Inspecting The Accuracy And Ingenuity Of A Design Which Lies In Her Lap. At Her Side the Figure of Reason, With a Helmet on Her Head, Pallas’s Shield in Her Left Hand, And Mercury’s Caduceus in Her Right. Astronomy Is Personified By A Beautiful Female As Urania, With A Silver Crescent, Clothed In An Azure Mantle Spangled With Stars; Her Eyes Intensely Fixed Upon The Starry Firmament; With An Astrolabe In Her Right Hand, And A Scroll, Containing Astronomical Figures, In Her Left. Machine colouresed Copperplate engraving From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume II;  Edited by Wilkes, John. Published in London in 1810
    IR_f_Vol02_0008-colourised.jpg
  • India, Rajasthan, Jaipur. The Jantar Mantar astronomical park from 1728 Rashivalaya Yantra - 12 devices representing the 12 Zodiac signs for astrological calculations and prophecies.
    OS_Jaipur_7668.jpg
  • India, Rajasthan, Jaipur. The Jantar Mantar astronomical park from 1728 Rashivalaya Yantra - 12 devices representing the 12 Zodiac signs for astrological calculations and prophecies.
    OS_Jaipur_7667.jpg
  • Portrait of Sir Isaac Newton, English physicist, mathematician, astronomer, philosopher by Sir Godfrey Kneller (English school) 1702. Newton's (1643-1727) discoveries were prolific and exerted a huge influence on science and thought. His theories of gravity and his three laws of motion were outlined in his greatest work, Philosophiae Naturalis Principia Mathematica, (1687) and he is credited with discovering differential calculus. He also formulated theories regarding optics and the nature of light that led to him building the first reflecting telescope. Knighted by Queen Anne in 1705, Newton is buried in Westminster Abbey, London.
    IR_Sir-Isaac-Newton.jpg
  • Hipparchus of Nicaea [Hipark] (c. 190 – c. 120 BC) was a Greek astronomer, geographer, and mathematician. He is considered the founder of trigonometry but is most famous for his incidental discovery of precession of the equinoxes. La ciencia y sus hombres : vidas de los sabios ilustres desde la antigüedad hasta el siglo XIX T. 1 [Science and it's people Vol 1] by Luis Figuier ; traducción de la tercera edición francesa por Pelegrin Casabó y Pagés ; ilustrada por Armet, Gomez, Martí y Alsina, Planella, Puiggarí, Serra,  Printed in Barcelona in 1879
    IR_Men-of-Science_0380-crop.jpg
  • Portrait of Sir Isaac Newton, English physicist, mathematician, astronomer, philosopher. Newton's (1643-1727) discoveries were prolific and exerted a huge influence on science and thought. His theories of gravity and his three laws of motion were outlined in his greatest work, Philosophiae Naturalis Principia Mathematica, (1687) and he is credited with discovering differential calculus. He also formulated theories regarding optics and the nature of light that led to him building the first reflecting telescope. Knighted by Queen Anne in 1705, Newton is buried in Westminster Abbey, London. Copperplate engraving From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume XVII;  Edited by Wilkes, John. Published in London in 1820
    IR_f_Vol17_0043.jpg
  • Hipparchus of Nicaea [Hipark] (c. 190 – c. 120 BC) was a Greek astronomer, geographer, and mathematician. He is considered the founder of trigonometry but is most famous for his incidental discovery of precession of the equinoxes. La ciencia y sus hombres : vidas de los sabios ilustres desde la antigüedad hasta el siglo XIX T. 1 [Science and it's people Vol 1] by Luis Figuier ; traducción de la tercera edición francesa por Pelegrin Casabó y Pagés ; ilustrada por Armet, Gomez, Martí y Alsina, Planella, Puiggarí, Serra,  Printed in Barcelona in 1879
    IR_Men-of-Science_0380.jpg
  • India, Delhi, The Jantar Mantar Observatory
    IA_0808_DSC_4349_fs.jpg
  • India, Delhi, The Jantar Mantar Observatory
    IA_0808_DSC_4332_fs.jpg
  • Long exposure of the Milky Way. Photographed in the Negev Desert, Israel Model Release Available
    AP_f_Stars_5506-perfect.jpg
  • On June 15th 2011 a full moon eclipse was visible. Photographed in Haifa, Israel
    SL_SL4_4355.jpg
  • India, Delhi, The Jantar Mantar Observatory
    OS_India_Delhi_IMG_7226_fs.jpg
  • Computer generated fantasy image of a planet with three moons with gaseous nebula in the background
    IR_f_Fantasy-outer-space-2.jpg
  • Computer generated fantasy image of a planet in deep space gaseous nebula in the background
    IR_f_planet-1.jpg
  • illustration of a alien planet in deep space with gaseous rings
    IR_f_Alien-Planet-2.jpg
  • Southern Hemisphere stars and constellation sky map
    IR_54474_New.jpg
  • Long exposure of the Milky Way. Photographed in the Negev Desert, Israel
    AP_f_Stars_5526-1.jpg
  • Digitally created Exploding supernova star or the creation of earth. In the beginning God created the heavens and the earth. Now the earth was formless and empty, darkness was over the surface of the deep, and the Spirit of God was hovering over the waters. (Genesis 1 1-5)
    IR_f_Supernova.jpg
  • Partial solar eclipse seen through low clouds. This is the solar eclipse of 20th March 2015. This was a total eclipse, but totality was only visible in a small path across the North Atlantic. It was visible as a partial eclipse across Europe and North Africa. 20th March 2015 also saw the spring equinox. Photographed in Israel
    VK_Solar_6719.jpg
  • Starry Night. tree silhouetted on a star filled night
    EF_f_stars_065.jpg
  • Armillary sphere in the Professors Garden at the Jagiellonian University of Krakow, Poland.
    VA_Krakow-D2_139.jpg
  • On December 10th 2011 a partial Lunar eclipse was visible. Photographed in Haifa, Israel
    SL_SL5_5112.JPG
  • On December 10th 2011 a partial Lunar eclipse was visible. Photographed in Haifa, Israel
    SL_SL5_5120.JPG
  • On December 10th 2011 a partial Lunar eclipse was visible. Photographed in Haifa, Israel Hand points a star map in a smartphone to the sky tracking the stars and the moon
    SL_SL5_5028.JPG
  • India, Rajasthan, Jaipur The Jantar Mantar observatory
    IA_0809_DSC_5513_fs.jpg
  • India, Rajasthan, Jaipur The Jantar Mantar observatory
    IA_0809_DSC_5510_fs.jpg
  • India, Delhi, The Jantar Mantar Observatory
    IA_0808_DSC_4345_fs.jpg
  • Digitally created Exploding supernova star or the creation of earth. In the beginning God created the heavens and the earth. Now the earth was formless and empty, darkness was over the surface of the deep, and the Spirit of God was hovering over the waters. (Genesis 1 1-5)
    IR_f_Supernova-2.jpg
  • Computer generated fantasy image of a planet in deep space gaseous nebula in the background
    IR_f_Planet-moons-1.jpg
  • Digitally enhanced image of an alien landscape with a large planet and moon
    IR_f_Alien_E1105-1.jpg
  • Computer generated fantasy image of a gaseous nebula in deep space
    IR_f_Outer-Space-1-2.jpg
  • Computer generated fantasy image of a planet in deep space gaseous nebula in the background
    IR_f_Fantasy-Deep-Space-181129-1.jpg
  • illustration of a alien planet in deep space with gaseous rings
    IR_f_Alien-Planet-1.jpg
  • full moon on a dark black sky
    VA_f_TA_DSC06457.jpg
  • Partial solar eclipse seen through low clouds. This is the solar eclipse of 20th March 2015. This was a total eclipse, but totality was only visible in a small path across the North Atlantic. It was visible as a partial eclipse across Europe and North Africa. 20th March 2015 also saw the spring equinox. Photographed in Israel
    VK_Solar_6720-1.jpg
  • Armillary sphere in the Professors Garden at the Jagiellonian University of Krakow, Poland.
    VA_Krakow-D2_138.jpg
  • Time-exposure of polar star trails. The Pole Star, Polaris, is the short bright trail just off centre. The circular formation of the star trails is a result of the Earth's revolution in relation to the fixed stars. The different colours of the star trails results from the different intrinsic colours of the stars themselves, ranging from blue-white, through white and yellow, to orange. The photograph was taken at HaMakhtesh HaGadol (The Big Crater) Negev desert, Israel.
    ST_f_Star-trails.jpg
  • On December 10th 2011 a partial Lunar eclipse was visible. Photographed in Haifa, Israel
    SL_SL5_5104.JPG
  • On December 10th 2011 a partial Lunar eclipse was visible. Photographed in Haifa, Israel
    SL_SL5_5103.JPG
  • On December 10th 2011 a partial Lunar eclipse was visible. Photographed in Haifa, Israel Hand points a star map in a smartphone to the sky tracking the stars and the moon
    SL_SL5_5036.JPG
  • India, Delhi, The Jantar Mantar Observatory. Samrat Yantra: Measurement of local time and the declination of the sun.
    OS_India_Delhi_7179.jpg
  • Northern Hemisphere star and constellation sky map
    IR_54472_fs.jpg
  • India, Rajasthan, Jaipur The Jantar Mantar observatory
    IA_0809_DSC_5515_fs.jpg
  • India, Rajasthan, Jaipur The Jantar Mantar observatory
    IA_0809_DSC_5516_fs.jpg
  • India, Delhi, The Jantar Mantar Observatory
    IA_0808_DSC_4351_fs.jpg
  • India, Delhi, The Jantar Mantar Observatory
    IA_0808_DSC_4348_fs.jpg
  • India, Delhi, The Jantar Mantar Observatory
    IA_0808_DSC_4342_fs.jpg
  • India, Delhi, The Jantar Mantar Observatory
    IA_0808_DSC_4341_fs.jpg
  • India, Delhi, The Jantar Mantar Observatory
    IA_0808_DSC_4333_fs.jpg
  • India, Delhi, The Jantar Mantar Observatory
    IA_0808_DSC_4327_fs.jpg
  • India, Delhi, The Jantar Mantar Observatory
    IA_0808_DSC_4323_fs.jpg
  • India, Delhi, The Jantar Mantar Observatory
    IA_0808_DSC_4319_fs.jpg
  • India, Delhi, The Jantar Mantar Observatory female tourist visiting the site. Model Release available
    IA_0808_DSC_4311_fs.jpg
  • Computer generated fantasy image of an exploding supernova with plants in deep space
    IR_f_Supernova-2-1.jpg
  • Daytime moon with a blue sky background
    RL_f_Moon_7259.jpg
  • Digitally enhanced image of an alien landscape with a large planet and moon
    IR_f_Alien_E1105-8.jpg
  • Northern Hemisphere stars and constellation sky map
    IR_54472_New.jpg
  • Digitally created Exploding supernova star or the creation of earth. In the beginning God created the heavens and the earth. Now the earth was formless and empty, darkness was over the surface of the deep, and the Spirit of God was hovering over the waters. (Genesis 1 1-5)
    IR_f_Supernova.jpg
  • Time-exposure of polar star trails. While My Guitar Gently Weeps (George Harrison)
    GV_wmggw.jpg
  • Time-exposure of polar star trails. The Pole Star, Polaris, is the short bright trail just off centre. The circular formation of the star trails is a result of the Earth's revolution in relation to the fixed stars. The different colours of the star trails results from the different intrinsic colours of the stars themselves, ranging from blue-white, through white and yellow, to orange. The photograph was taken at the Negev desert, Israel.
    GV_star-wars-f.jpg
  • On December 10th 2011 a partial Lunar eclipse was visible. Photographed in Haifa, Israel
    SL_SL5_5107.JPG
  • Day time moon on blue sky background
    SL_SL3_8042.jpg
  • Day time moon on blue sky background A jet plane is seen crossing the moon
    SL_SL3_8035.jpg
  • India, Rajasthan, Jaipur The Jantar Mantar observatory
    IA_0809_DSC_5511_fs.jpg
  • India, Delhi, The Jantar Mantar Observatory
    IA_0808_DSC_4336_fs.jpg
  • India, Delhi, The Jantar Mantar Observatory
    IA_0808_DSC_4321_fs.jpg
  • India, Delhi, The Jantar Mantar Observatory
    IA_0808_DSC_4318_fs.jpg
  • Daytime moon with a blue sky background
    RL_f_Moon_7258.jpg
  • Astronomy (Astronomie), 16th century engraving by Etienne Delaune (French 1518/19–1583)
    IR_Astronomy-399345.jpg
  • Full daytime moon with a blue sky background
    BT_f_Moon_EYL02038.jpg
  • Fantasy illustration of a red planet surrounded by blue rings in deep space
    IR_f_Star-1.jpg
  • full moon on a dark black sky
    AMS_f_Moon_N67A4010b.jpg
  • full moon on a dark black sky
    VA_f_TA_DSC06465.jpg
  • Long exposure of the Milky Way. Photographed in the Negev Desert, Israel
    AP_f_Stars_5524.jpg
  • Digitally created Exploding supernova star or the creation of earth. In the beginning God created the heavens and the earth. Now the earth was formless and empty, darkness was over the surface of the deep, and the Spirit of God was hovering over the waters. (Genesis 1 1-5)
    IR_f_Supernova.jpg
  • Day time moon on blue sky background
    BT_f_Moon_089.jpg
  • On December 10th 2011 a partial Lunar eclipse was visible. Photographed in Haifa, Israel
    SL_SL5_5075.JPG
  • On December 10th 2011 a partial Lunar eclipse was visible. Photographed in Haifa, Israel Hand points a star map in a smartphone to the sky tracking the stars and the moon
    SL_SL5_5042.JPG
  • On June 15th 2011 a full moon eclipse was visible. Spectators and photographers photographing this natural event. Photographed in Haifa, Israel
    SL_SL4_4312.jpg
  • On June 15th 2011 a full moon eclipse was visible. Photographed in Haifa, Israel
    SL_SL4_4295.jpg
  • India, Delhi, The Jantar Mantar Observatory. Misra Yantra: Consists of 5 parts 1. Dakshinottara Bhitti - for calculating the meridian altitude of stars, planets, and the sun. 2. Niyat Chakra - measurement of declination of objects during the day from east to west. 3..Karka Rasivalaya - measurement of a longitude of a celestial object. 4..Samrat Yantra - measurement of local time. 5..Amplitude instrument - for measuring longitudes and latitudes of celestial objects..
    OS_India_Delhi_7178.jpg
  • Southern Hemisphere star and constellation sky map
    IR_54474_fs.jpg
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