Simple Ephemeris for Astrology London 2022 (Simple Ephemeris with Tables of Aspect for Astrology)

Product Information

R. A. Jacobson (2021) "The Orbits of the Major Saturnian Satellites,the Trajectories of Spacecraft at Saturn, the Gravity Field of the Saturnian System, and the Orientation of Saturn's Pole". personal communication to Horizons/NAIF/Dragonfly. An ephemeris (plural: ephemerides) (from the Greek word ephemeros= daily) is a table providing the positions (given in longitude) of the Sun, the Moon, and the planets in the sky along the zodiacal ecliptic at a given moment in time; the positions are usually given for either noon or midnight depending on the particular ephemeris that is used. R. A. Jacobson (2009) "The Orbits of the Neptunian Satellites and the Orientation of the Pole of Neptune". AJ 137:4322-4329. BCE• 5000 BC 4950 BC 4900 BC 4850 BC 4800 BC 4750 BC 4700 BC 4650 BC 4600 BC 4550 BC 4500 BC 4450 BC 4400 BC 4350 BC 4300 BC 4250 BC 4200 BC 4150 BC 4100 BC 4050 BC 4000 BC 3950 BC 3900 BC 3850 BC 3800 BC 3750 BC 3700 BC 3650 BC 3600 BC 3550 BC 3500 BC 3450 BC 3400 BC 3350 BC 3300 BC 3250 BC 3200 BC 3150 BC 3100 BC 3050 BC 3000 BC 2950 BC 2900 BC 2850 BC 2800 BC 2750 BC 2700 BC 2650 BC 2600 BC 2550 BC 2500 BC 2450 BC 2400 BC 2350 BC 2300 BC 2250 BC 2200 BC 2150 BC 2100 BC 2050 BC 2000 BC 1950 BC 1900 BC 1850 BC 1800 BC 1750 BC 1700 BC 1650 BC 1600 BC 1550 BC 1500 BC 1450 BC 1400 BC 1350 BC 1300 BC 1250 BC 1200 BC 1150 BC 1100 BC 1050 BC 1000 BC 950 BC 900 BC 850 BC 800 BC 750 BC 700 BC 650 BC 600 BC 550 BC 500 BC 450 BC 400 BC 350 BC 300 BC 250 BC 200 BC 150 BC 100 BC 50 BC M. Brozovic (2023) "Ephemerides of the 15 new jovian irregulars — JUP346". personal communication to Horizons/NAIF.

It also provides data on astronomical phenomena of interest to astrologers and astronomers such as solar and lunar eclipses, apparent retrogradation/planetary stations, planetary ingresses, sidereal time, positions for the Mean and True nodes of the moon, the phases of the Moon, and sometimes even the position(s) of Chiron, Lilith, and other obscure celestial bodies; many ephemerides also contain a monthly aspectarian, while others often include the declination of the planets as well.M. Brozović, R. A. Jacobson, S. S. Sheppard (2011) "The Orbits of the Outer Neptunian Satellites". AJ 141:135. calendar Moon Calendar - November 2023 When is the Next Full Moon? Full Moons & New Moons 2023 Eclipses Solar & Lunar 2023 Void of Course Moon 2023 Gardening Moon Calendar Fertility Days (Lunar Conception) R. A. Jacobson (2014) "Update of Saturnian irregulars with Earthbased data through early 2014 and all Cassini imaging through 2013 — SAT368". personal communication to Horizons/NAIF. Ephemeris meaning in Latin is diary or journal. Since ancient times, the current planetary positions on a given date (Grah position or Grah Stithi) have been assigned printed values in a tabular format. These attributes tend to change from time to time with the change in the trajectory of the celestial bodies. As a result, such a tabular compilation would usually last for a day only to be replaced by new values on the following day. Such a diary was, therefore, termed as Planetary Ephemeris.

R. A. Jacobson (2019) "Ephemerides of the unnamed Saturnian irregulars including the 20 newly discovered ones — SAT428". personal communication to Horizons/NAIF.

Ephemeris 1800-2100

astro database Famous People born Today Famous People by Date of Birth Celebrity Astro Search Engine

M. Brozović (2021) "Update of the inner Neptunian satellite orbits — NEP100". personal communication to Horizons/NAIF.

Ephemeris - December 2022

For instance, the astronomers following astronomical events of solar and lunar eclipses, planets retrograde and terrestrial events impacted by the cosmic alignment of stars and planets are interested in knowing the time of their happening.

A 2001 A 2002 A 2003 A 2004 A 2005 A 2006 A 2007 A 2008 A 2009 A 2010 A 2011 A 2012 A 2013 A 2014 A 2015 A 2016 A 2017 A 2018 A 2019 A 2020 A 2021 A 2022 A 2023 A 2024 A 2025 A 2026 A 2027 A 2028 A 2029 A 2030 A 2031 A 2032 A 2033 A 2034 A 2035 A 2036 A 2037 A 2038 A 2039 A 2040 A 2041 A 2042 A 2043 A 2044 A 2045 A 2046 A 2047 A 2048 A 2049 A M. Brozović, R. A. Jacobson (2019) "The Orbits of the inner satellites of Uranus: solution URA115". Interoffice Memo. 392R-19-007 (internal document).

Embed this ephemeris in your website

D. Durante, M. Parisi, D. Serra, M. Zannoni, V. Notaro, P. Racioppa, D. R. Buccino, G. Lari, L. Gomez Casajus, L. Iess, W. M. Folkner, G. Tommei, P. Tortora, S. J. Bolton (2020) "Jupiter's Gravity Field Halfway Through the Juno Mission". Geophys. Res. Lett. 47:e86572.