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Sun & Moon Today

JD 2460440  DoY 130  WoY 19
🔼04:43
🔽18:37

TWILIGHT
03:06~20:14
Ecl Long 49.4°
in Aries

New
Age 1.55 d
Phase 18.9°
Ecl Long 68.3°
in Taurus

SSE

Current asteroid count is 1,351,400

Observable comet count is 1118

Current exoplanet count is 5616

Current longitude II of the GRS is  53°

 

Today Monitor

Planet Oppositions

Mars: January 16, 2025
Jupiter: December 7, 2024
Saturn: September 8, 2024
Uranus: November 17, 2024
Neptune: September 31, 2024

 

Greatest Elongation of Venus

Evening: January 10, 2025 at 47.2°E
Morning: June 1, 2025 at 45.9°W

 

Greatest Elongation of Mercury

Evening: December 4,2023 at 21.3°E
Morning: January 12, 2024 at 23.5°W
Evening: March 24, 2024 at 18.7°E
Morning: May 9, 2024 at 26.4°W
Evening: July 22, 2024 at 26.9°E
Morning: September 5, 2024 at 18.1°W
Evening: November 16, 2024 at 22.5°E
Morning: December 25, 2024 at 22.0°W




Super Moons (full) 2024

Wednesday, September 18
Thursday, October 17

 

given for 00:00 UT

In Longitude (negative is western)

DateSizeAgeAnglePhase
14 Aug 202430.51'9.53-6.644°
15 Aug 202430.96'10.53-6.946°
16 Aug 202431.45'11.53-6.807°
27 Aug 202431.47'22.536.648°
28 Aug 202431.09'23.536.822°
29 Aug 202430.74'24.536.717°
11 Sep 202430.44'7.92-7.081°
12 Sep 202430.88'8.92-7.442°
13 Sep 202431.38'9.92-7.388°
14 Sep 202431.90'10.92-6.884°
23 Sep 202432.03'19.926.983°
24 Sep 202431.54'20.927.577°
25 Sep 202431.07'21.927.769°
26 Sep 202430.64'22.927.584°
27 Sep 202430.28'23.927.067°
09 Oct 202430.41'6.22-6.872°
10 Oct 202430.80'7.22-7.260°
11 Oct 202431.24'8.22-7.306°
12 Oct 202431.73'9.22-6.971°
21 Oct 202432.22'18.226.835°
22 Oct 202431.69'19.227.618°
23 Oct 202431.17'20.227.933°
24 Oct 202430.69'21.227.796°
25 Oct 202430.28'22.227.257°
08 Nov 202431.20'6.47-6.417°
19 Nov 202431.78'17.476.845°
20 Nov 202431.27'18.477.271°
21 Nov 202430.79'19.477.223°
22 Nov 202430.36'20.476.738°

 

In Latitude (negative is southern)

DateSizeAgeAnglePhase
11 May 202431.43'2.86-6.465°
12 May 202430.97'3.86-6.734°
13 May 202430.54'4.86-6.649°
26 May 202431.26'17.866.556°
27 May 202431.51'18.866.627°
08 Jun 202431.21'1.47-6.565°
09 Jun 202430.83'2.47-6.570°
22 Jun 202431.42'15.476.419°
23 Jun 202431.72'16.476.548°
05 Jul 202431.15'28.47-6.475°
06 Jul 202430.85'0.04-6.542°
20 Jul 202431.77'14.046.576°
01 Aug 202431.01'26.04-6.516°
02 Aug 202430.73'27.04-6.622°
16 Aug 202431.45'11.536.680°
17 Aug 202431.94'12.536.611°
28 Aug 202431.09'23.53-6.608°
29 Aug 202430.74'24.53-6.758°
30 Aug 202430.43'25.53-6.567°
12 Sep 202430.88'8.926.748°
13 Sep 202431.38'9.926.795°
14 Sep 202431.90'10.926.467°
24 Sep 202431.54'20.92-6.608°
25 Sep 202431.07'21.92-6.837°
26 Sep 202430.64'22.92-6.706°
09 Oct 202430.41'6.226.695°
10 Oct 202430.80'7.226.831°
11 Oct 202431.24'8.226.620°
21 Oct 202432.22'18.22-6.408°
22 Oct 202431.69'19.22-6.763°
23 Oct 202431.17'20.22-6.728°
05 Nov 202430.24'3.476.535°
06 Nov 202430.52'4.476.723°
07 Nov 202430.84'5.476.580°
18 Nov 202432.26'16.47-6.549°
19 Nov 202431.78'17.47-6.638°
03 Dec 202430.57'1.746.584°
04 Dec 202430.83'2.746.475°
16 Dec 202432.04'14.74-6.545°
30 Dec 202430.69'28.746.543°
31 Dec 202431.00'0.076.472°

Source: NASA/GSFC

 

Lunar Calendar 2024

Lunar Libration Calendar2024 (PDF 11.2 MB)

View table online

Lunar Libration Calendar 2023 (PDF 3.3 MB)

 

Latest Deepsky Image

2024-02-15, Samyang 135mm, Uranus-C (IMX585), UV/IR-Cut

 

Latest Planetary Image

2023-11-23, Celestron 8, Uranus-C, UV/IR-Cut filter

 

Latest Movie

2023-11-23, Celestron 8, Uranus-C, UV/IR-Cut filter

 

Latest Wide Field Image

2024-01-13, Nikon D5500, Samyang 135mm with LPR, at f/2.0, 98 x 60s, ISO1600

 

Latest Constellation Image

D5500, 35mm lens at f4, 81 x 120s, ISO1600.

 

Latest Lunar Image

C8, ASI290MM, IR642 filter (Mar 16, 2024).

 

Latest Astro Poster

Celestron 8 x 0.63, D5500, no filters.

 

Lunar Impressions March 2024

Astronomy Picture of the Day

Click to enlarge or show full screen

 


 

Source: apod.nasa.gov

Latest STScI News Release

NASA's Webb Hints at Possible Atmosphere Surrounding Rocky Exoplanet  

May 08, 2024

Illustration of a rocky exoplanet and its star. The star is in the background at the lower left and appears somewhat, but not significantly, smaller in the sky than the planet. It has a bright orange-red glow, and appears to have an active surface. The planet is in the foreground to the upper right of the star. The left quarter of the planet (the side facing the star) is lit, while the rest is in shadow. The planet has hints of a rocky, partly molten surface beneath the haze of a thin atmosphere. The boundary between the day and night sides of the planet is fuzzy.

Illustration of a rocky exoplanet and its star. The star is in the background at the lower left and appears somewhat, but not significantly, smaller in the sky than the planet. It has a bright orange-red glow, and appears to have an active surface. The planet is in the foreground to the upper right of the star. The left quarter of the planet (the side facing the star) is lit, while the rest is in shadow. The planet has hints of a rocky, partly molten surface beneath the haze of a thin atmosphere. The boundary between the day and night sides of the planet is fuzzy.

Source: Space Telescope Science Institute

Tonight's Sky

May Constellations

In May, we are looking away from the crowded, dusty plane of our own galaxy toward a region where the sky is brimming with distant galaxies. Locate Virgo to find a concentration of roughly 2,000 galaxies and search for Coma Berenices to identify many more. Keep watching for space-based views of galaxies like the Sombrero Galaxy, M87, and M64.

Source: hubblesite.org

“Tonight’s Sky” is a monthly video of constellations you can observe in the night sky. The series is produced by the Space Telescope Science Institute, home of science operations for the Hubble Space Telescope, in partnership with NASA’s Universe of Learning.

NASA Image of the Day

Sulaiman Mountain Haze

An astronaut aboard the International Space Station took this oblique photograph of the Sulaiman Mountains in central Pakistan. The range resulted from the slow-motion collision of the Indian and Eurasian tectonic plates that began about 60 million years ago. Peaks rise to more than 3,000 meters (10,000 feet) above sea level in the northern portion of the mountain range, shown in this photograph.

Click to enlarge or show full screen

Wed, 08 May 2024 17:56 GMT


Source: www.nasa.gov

 

 

No, we are not on Facebook but proudly on AstroBin with Mille Gracie to the author Salvatore Iovene:


GoTo Astropical on AstroBin

 

If anybody is interested in the night life of bats, here is a funny 1-minute MP4 video (24MB).

 

Lunar Imaging e-brochure (PDF 96.5 MB)

 

Sky Photography e-brochure (PDF 61.4 MB)

 

EAA e-brochure (PDF 89.1 MB) In work. Pre-release for feedbacks.

 

Planetary Imaging e-brochure (PDF 16.8 MB) In work. Pre-release for feedbacks.

 


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US, Ohio, Dublin

Last visit from: US 
on page swazgtimount.php using Windows O/S.

Unique visitors today: 49 (since 0:00 UTC) from:
                             

Newest flag:   Maldives -- Welcome!
Total page views 7080 since 2024-05-01
from 67 different countries (excluding bots & idiots).

                                                                                                                                   

 

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Macintosh: 782
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Playstation: 11
Chrome OS: 5

 

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Site Updates

 


Deepsky Overview
My Humble Gallery
Lunar Imaging
FOV Simulator
Astro Cameras
Let's Astrophoto
Telescopes for AP

 

Total Exoplanet Count: 5616

Kepler/K2: 3322 planets
TESS: 440 planets
Latest exoplanet around:  
as of 2024-04-19

ConstellationMonoceros
Distance66.32 parsec
Magnitude6.96 vis.
Spectral typeA9/F0
Mass1.52 xSun
Known planet(s)1
View in Database | Star Chart | DSS IR Image 🔗

 


Acton Sky Portal Observatory 2
Anglo-Australian Telescope 36
Apache Point Observatory 1
Arecibo Observatory 3
Atacama Large Millimeter Array (ALMA) 1
Bohyunsan Optical Astronomical Observatory 26
Calar Alto Observatory 20
Cerro Tololo Inter-American Observatory 5
CHaracterising ExOPlanets Satellite (CHEOPS) 3
CoRoT 35
European Southern Observatory 3
European Space Agency (ESA) Gaia Satellite 3
Fred Lawrence Whipple Observatory 6
Gemini Observatory 9
Haleakala Observatory 2
HATNet 67
HATSouth 73
Haute-Provence Observatory 66
Hubble Space Telescope 6
Infrared Survey Facility 1
James Webb Space Telescope (JWST) 1
K2 548
KELT 10
KELT-North 7
KELT-South 4
Kepler 2774
Kitt Peak National Observatory 1
KMTNet 91
KOINet 1
La Silla Observatory 284
Large Binocular Telescope Observatory 3
Las Campanas Observatory 29
Leoncito Astronomical Complex 1
Lick Observatory 35
Lowell Observatory 3
Mauna Kea Observatory 1
McDonald Observatory 31
MEarth Project 2
MOA 29
Multiple Facilities 18
Multiple Observatories 306
NASA Infrared Telescope Facility (IRTF) 1
Next-Generation Transit Survey (NGTS) 3
OGLE 101
Okayama Astrophysical Observatory 36
Palomar Observatory 2
Paranal Observatory 45
Parkes Observatory 2
Qatar 10
Roque de los Muchachos Observatory 32
South African Radio Astronomy Observatory (SAR 1
SPECULOOS Southern Observatory 1
Spitzer Space Telescope 4
Subaru Telescope 11
SuperWASP 113
SuperWASP-North 5
SuperWASP-South 32
Teide Observatory 1
Thueringer Landessternwarte Tautenburg 8
Transiting Exoplanet Survey Satellite (TESS) 440
TrES 5
United Kingdom Infrared Telescope 2
University of Canterbury Mt John Observatory 1
Very Long Baseline Array 1
W. M. Keck Observatory 188
WASP-South 11
Wide-field Infrared Survey Explorer (WISE) Sat 1
Winer Observatory 1
Xinglong Station 2
XO 6
Yunnan Astronomical Observatory 3


 

⎘

Next NEO Approach

2024 JT3 on 2024-May-09 09:35 UTC at 0.0670 LD

 

⎘

Next Meteor Shower

Daytime Arietids
14 May - 24 Jun, Peak: 6/7
Radiant: Star Chart, Rating: medium

 

⎘

Next ISS Passes

NOTE: You need to log in for correct data.

 

Random Objects

 

Rasalgethi (64 Alp-1 Her) in Her [HIP 84345]

Distance: 382 light-years, Magnitude: 2.78

Designated ALPHA in the constellation Hercules, Ras Algethi marks the head of the "brave man". The star name is Arabic for "head of the kneeling one". The star appears in red when viewed with binoculars. It is a red giant estimated to be 800 times larger than the Sun.

Star Chart | DSS IR Image 🔗

 

GJ 139 (82 G. Eridani) in Eridanus

Distance: 20 light-years, Magnitude: 4.2

82 G. Eridani is a sun-like star, 70% the mass and 92% the solar radius with a projected equatorial rotation rate of 4.0 km/s (twice that of the sun). The star is home to three known hot super-terran sized planets in near circular or circular orbits -- all orbiting between the habitable zone and the star.

Star Chart | DSS IR Image 🔗

 

M24 (Star Cloud with Cluster) in Sagittarius

Magnitude: 11.1

M24 is one of the most curious Messier objects because it really isn't a star cluster, rather an oddity. It contains thousands of stars that belong to the Sagittarius arm seen through a chance hole in the gas and dust, like a window in space. M24 fills a space of 10,000 to 16,000 light-years.

Star Chart | DSS IR Image 🔗

 

Triangulum Australis (southern), area rank: 83

Located south of Centaurus with Circinus in between, this constellation is of triangular shape formed by 2nd and 3rd magnitude stars. The names Atria, Gatria are abbreviated for Alpha, Gamma Trianguli Australis. Visible at northern latitudes below 25 degrees. The three brightest stars are printed on the flag of Brazil to represent 3 of its 27 states.

Star Chart

 

19P/Borrelly

Discovered in 1904, the elongated 8km wide 19P/Borelly is a short-period comet orbiting the sun in 6.8 years. On September 2001, NASA's Deep Space 1 probe visited Borelly during an extended mission and sent back detailed images of the surface.

 

 

2007 CN26 (NEO)

Semi-major: 1.29483 AU, Size: 0.275 km

2007 CN26 is an Apollo [NEO, PHA] type asteroid with an orbital period of 1.473 years. On 28 Aug. 2013 at 08:08 UT, the 130 to 410 meters wide Potentially Hazardous asteroid reached a minimum distance from the Earth of about 4.5 millions of km (0.031 AU or about 11.86 times the lunar distance). This is a very safe distance imposing no risks at all for our planet.

 

 

Amalthea (moon of Jupiter)

Amalthea is the largest of Jupiter's four inner moons and the reddest object in the solar system. Orbiting within Jupiter's powerful magnetic field, the moon gives out more heat (probbaly from tidal stress) than it receives from the sun. Amalthea was discovered in1892.

 

 

HD 10180 g (in Hydrus)

Mass: 0.0732 xJup
SMA: 1.427 AU
Period: 604.67 days
Distance: 38.9607 parsec
Category: Warm Neptunian
ESI: 0.522173

Star Chart | DSS IR Image 🔗

 

Android Astronomy Apps

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3D Visualizations

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Exoplanets

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Dark Site in Morocco

Some say that the seeing is better only in space.

Click on the banner to visit the new website of SaharaSky, the first and currently only private observatory with Casbah-style *** hotel in North Africa.

 

The owner, Fritz, is a German with a life-long passion for astronomy. Then, as he felt in deep love with Morocco and its wonderful people, he built a self-contained hotel at the feet of the Sahara about 30 kilometers to the southeast of the town of Zagora entirely in the traditional southern Moroccan Casbah-style and equipped it, besides comfortable rooms, a restaurant, spa and sauna, with a rich portfolio of optical instruments and accessories for amateur astronomers.

Fritz chose the location extremely well, a truly dark site in absence of city and street lights, blessed with an average of 300 clear dry nights annually. The observatory atop the hotel building offers a 360 degrees panoramic view on 500 square meters.

Most guests are professional and amateur astronomers, but also people of all ages with affection for the fascination of the stars and the desert. From the hotel's wide roof terrace, everybody can enjoy the starry sky dominated by the arch of the Milky Way with bare eyes or with rental telescopes and cameras.

The heart and soul of SaharaSky's observatory is Patrick from Belgium, not only a senior professional astronomer, but also a talented animator and entertainer under the Saharan stars.

A stay at SaharaSky is not limited to the night sky. SaharaSky provides equipment for solar observation, but Fritz also organises desert excursions for several days, overnight or day-return treks in a 4x4 or on dromedar backs, plus guided tours to historically invaluable local sites, such as the Petroglyphs of Ait Ouazzik.

Owner and staff as a team speak Arabic, local Berber, English, French, German, Spanish and Dutch.

Scotty, lock on to the coordinates of SaharaSky and beam us over!


SaharaSky owns telescopes with apertures from 40 to 400mm, such as Takahashi APOs, each of which can be saddled on high precision GM2000 mounts featuring GPS, GoTo and accurate guiding for both, visual observation and photography.

 

 

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