Absolutely Stunning 3-D View of a Cosmic Cloud

Melotte 15 via the Hubble Space Telescope.

To call Finnish astrophotographer J-P Metsävainio a magician is definitely not an exaggeration! Take a look at his latest handiwork, this amazing 3-D animation of Melotte 15 in the Heart Nebula, IC 1805.

Metsävainio has previously produced outstanding images in 3-D the usual way, with stereo pairs and anaglyphs, but his new experimental 3-D work is incredible!

He explained to Universe Today how he created this and other 3-D animations:

Melotte 15. Credit: J-P Metsävainio.
Melotte 15. Credit: J-P Metsävainio.

“My 3-D experiments are a mixture of science and an artistic impression,” he said via email. “I collect distance and other information before I do my 3-D conversion. Usually there are known stars, coursing the ionization, so I can place them at right relative distance. If I know a distance to the nebula, I can fine tune distances of the stars so, that right amount of stars are front and behind of the object.”

He uses a “rule of thumb” method for stars: brighter is closer, but if a real distance is known, he uses that. Many 3-D shapes can be figured out just by looking carefully the structures in nebula, such as dark nebulae must be at front of the emission nebulae in order to show up.

“The general structure of many star forming regions is very same,” Metsävainio explained. “In this image, there is a group of newly born young stars, as an open cluster inside of the nebula. The stellar wind from the stars is then blowing the gas away around the cluster and forming a kind of cavitation – or a hole — around it. The pillar-like formations in the nebula must point to a source of stellar wind, for the same reason.”

For just the observing alone, this image is forty-five 1,200 second exposures (that equals 15 hours!)

He compared his processing workflow to sculpting, and said the result is always an approximate reality.

“How accurate the final model is, depends how much I have known and guessed right,” he said. “The motivation to make those 3-D-studies is just to show, that objects in the images are not like paintings on the canvas but really three dimensional objects floating in the three dimensional space.”

Another reason he creates these time-intensive 3-D animations is because they are fun to do, in addition to the old adage of why we do anything: “Because I can,” he said.

“This generally adds a new dimension to my hobby as an astronomical imager — (Pun intended),” he said.

Here is a link to more of Metsävainio’s 3-D imagery and here is his portfolio website: http://astroanarchy.zenfolio.com/.

Use Red/Cyan 3-D glasses to see this great animation of the Moon.

Thanks to J-P Metsävainio for allowing us to share his images!

Crescent Moon Photos from Around the World

Venus and the Moon on 1-10-13 from Tucson, Arizona. Credit: Robert Sparks

For the past week or so, we’ve had either a waxing or waning crescent Moon (save for the New Moon on January 11) and astrophotographers have been out in full force capturing the beauty of this sliver of light, and sometimes, like the image above by Rob Sparks (hale_bopp37 on Flickr) even a little Earthshine. Enjoy these stunning photos from our readers around the world!

Luna, January 14, 2013. Credit: Raymond Gilchrist
Luna, January 14, 2013. Credit and copyright: Raymond Gilchrist
The 2% waxing crescent Moon at sunset, January 12, 2013. Credit and copyright, Tavi Greiner.
The 2% waxing crescent Moon at sunset, January 12, 2013. Credit and copyright, Tavi Greiner.
Waxing crescent Moon on January 14, 2013. Credit and copyright: Sculptor Lil on Flickr.
Waxing crescent Moon on January 14, 2013 from London, England. Credit and copyright: Sculptor Lil on Flickr.
The crescent Moon taken at sunrise on  January 9, 2013 from Carmyllie, Scotland. Credit and copyright: Mike Walton.
The crescent Moon taken at sunrise on January 9, 2013 from Carmyllie, Scotland. Credit and copyright: Mike Walton.
Earthshine on January 15, 2013 from Kuala Lumpur. Credit and copyright: Shahrin Ahmad.
Earthshine on January 15, 2013 from Kuala Lumpur. Credit and copyright: Shahrin Ahmad.
The crescent Moon -- the 'easy way' -- a hand-held camera, no tripod, just Lumix DMC-FZ48 at max. optical zoom. Credit and copyright: Daniel Fischer.
The crescent Moon -- the 'easy way' -- a hand-held camera, no tripod, just a Lumix DMC-FZ48 at maximum optical zoom. Credit and copyright: Daniel Fischer.

Astrophotographer (and blogger) Daniel Fischer notes that his image, above, was taken freehand with a simple camera, “a ‘work’ of a few seconds,” he said. “Might encourage others to give it a try with their own cameras.”

Want to get your astrophoto featured on Universe Today? Join our Flickr group or send us your images by email (this means you’re giving us permission to post them). Please explain what’s in the picture, when you took it, the equipment you used, etc.

Astrophoto: A Man-Made Sunspot

The International Space Station Transiting across the disc of the Sun on January 9, 2013. Credit: Efrain Morales

The Sun has been active recently along with showing several sunspots. But astrophotogher Efrain Morales captured an additional ‘man-made’ sunspot as the International Space Station transited across the face of the solar disk.

“It was a challenge as the Sun was low on the horizon at 19.5 deg. elevation, just above the canopy of the forest,” Efrain said via email, “along with and the ISS being over 250 miles distant from my location passing over Haiti at the time. His home base is the Jaicoa Observatory in Puerto Rico.

Equipment: SolarMax40, P/B CGE mount, Flea3 Ccd.

Below, see an animation of the ISS transit:

Animation of the International Space Station Transiting across the disc of the Sun on January 9th at about 20:32 UTC. Credit: Efrain Morales.

Want to get your astrophoto featured on Universe Today? Join our Flickr group or send us your images by email (this means you’re giving us permission to post them). Please explain what’s in the picture, when you took it, the equipment you used, etc.

Astrophoto: Beautiful Electric Blue Pleiades

M 45: The Pleiades. Credit: Chuck Manges

What a great shot of the Seven Sisters! M45, or the Pleiades is a cluster of stars that contains hundreds of stars, but just a handful are commonly visible to the unaided eye. The stars in the Pleiades are thought to have formed together around 100 million years ago, making them 1/50th the age of our Sun, and they lie about 450 light years from Earth. Chuck Manges, (astrochuck on Flickr) took this image on January 5, 2013 with a QHY9M camera and an Orion ED102CF telescope, and processed it in Photoshop. Gorgeous!

Want to get your astrophoto featured on Universe Today? Join our Flickr group or send us your images by email (this means you’re giving us permission to post them). Please explain what’s in the picture, when you took it, the equipment you used, etc.

4 Cool Views of the Hot, Loopy, Spotty Sun

The Sun in H-Alpha on 01-07-2013, as seen with a Lunt Solar LS60Scope/LS50, and Hydrogen Alpha Solar filter. Credit: John Chumack

A few sunspots are now ‘peppering” the surface of our Sun — Spaceweather.com lists about 12 different sunspot groups today. Yesterday (January 7, 2013), astrophotographer John Chumack stepped outside over his lunch break and captured some cool-looking views of the Sun from his observatory in Ohio, using different filters.

See more below, plus the Solar Dynamics Observatory has a spectacular video of coronal loops on the Sun during January 5 through 7.


The video shows the 171 angstroms channel, which is especially good at showing coronal loops – the arcs extending off of the Sun where plasma moves along the magnetic field lines, said the SDO team. The brightest spots seen here are locations where the magnetic field near the surface is exceptionally strong. The characteristic temperature here is 1 million K (or 1.8 million F).

Many of these loops could fit several Earths inside of them.

Different views from different filters from John Chumack:

The Sun in H-Alpha, on 01-07-2013, using a Lunt Solar LS60Scope/LS50 Hydrogen Alpha Solar filter. Credit: John Chumack
The Sun in H-Alpha, on 01-07-2013, using a Lunt Solar LS60Scope/LS50 Hydrogen Alpha Solar filter. Credit: John Chumack
The Sun on 1/07/13 as seen using a White Light Glass filter. Credit: John Chumack
The Sun on 1/07/13 as seen using a White Light Glass filter. Credit: John Chumack

See more of John’s work at his website, Galactic Images, or his Flickr page.

Astrophotos 2012 Year in Review by John Chumack

It’s not many astrophotographers who can put together their own highlight reel, but John Chumack is so prolific and accomplished, he can do just that! From conjunctions and planets to solar activity and Moon closeups; galaxies, comets, nebulae, and meteor showers, John compiles still images and video clips for a look back at the best events of 2012. You can see more of his imagery at his website, Galactic Images or his Flickr page.

Below is one of his latest images of the wintery Milky Way:

Winter Milky Way. Credit: John Chumack

Dancing Polar Auroras Captured by Thierry Legault

Aurora over Komagfjord, Norway (northern end of Scandinavia, 70°N). Credit and Copyright: Thierry Legault. Used by permission

One of our favorite astrophotographers, Thierry Legault from France, took a trip to Finland and Norway so he could see and photograph the Northern Lights for the first time. Socked in with clouds in Finland, Thierry traveled to the Alta region in Norway to find clear skies. “We were rewarded with incredible auroras,” he said via Skype. “At moments, the auroras moved like curtains in the wind, too fast to be photographed!”

See below for a stunning video compilation of two nights of observing the Northern Lights over the Kamagfjord in Norway, as well as more gorgeous images of aurora and a view of the fjord in the “twilight” of midday, since there was no sunrise that far north for several days in December.

aurores_1043

Aurora and clouds over Komagfjord in Norway, December 2012. Credit and Copyright: Thierry Legault. Used by permission.

aurores_1507

Stunning aurora Komagfjord in Norway, December 2012. Credit and copyright: Thierry Legault. Used by permission.

aurores_1438

Fisheye view of the aurora in Norway, December 2012. Credit and copyright: Thierry Legault. Used by permission

aurores_1582

Komagfjord at midday (no sunrise in December). Credit and copyright: Thierry Legault. Used by perission

While this was Thierry’s first-ever view of the Aurora Borealis, we can expect this won’t be his last. “I am becoming addicted,” he said, “just like with eclipses!”

See the full set of Thierry’s images of his aurora expedition to Norway and Finland on his website, and we extend our thanks to Theirry for continuing to share his wonderful images with us.

The ‘Bonus’ Full Moon of 2012

The Moon and Jupiter above the dishes in Canberra, Australia. Credit: Carlos Orue.

The full Moon today is considered a bonus for 2012, since it is the 13th full Moon of the year. But this full Moon has also been a bonus in the sense that we’re getting several nights in a row of nearly full Moons. According to Universe Today’s Phases of the Moon App, the face of the Moon on the night of the 25th was 96% illuminated; on the 26th it was 99% illuminated; the night of the 27th/morning of the 28th was the full Moon, (officially, the Moon was most full at 10:21 UTC (4:21 EST this morning), and tonight, the 28th, the face of the Moon is again 99% illuminated. And if you’re enjoying a wintery landscape like I currently am, the brilliance of the Moonlight on snow is bright enough to keep you awake at night.

Enjoy some great astrophotos submitted for photographers around the world of the bonus — and final — full Moon of 2012.

full moon kevin

The last full Moon of 2012 — the Full Cold Moon, as seen from the James C. Veen Observatory near Lowell, Michigan. Credit: Kevin on Flickr.

full moon nukleer

The last full moon of the year as seen from the Middle Eastern Technical University Physics department in Ankara, Turkey. Credit: Nükleer Kedi

full moon henna

Full Moon of December. Credit: Henna Khan

full moon lil

Full Moon, December 27, 2012 from London, England. Credit: Sculptor Lil.

full moon andrei

The Third Day of Christmas Moon. Credit: Andrei Juravle

full moon zamboni

Closeup of Tycho Crater on Dec. 23, 2012. Credit: Fred Locklear

full moon Cesar

Closeup of the Moon on Dec. 26, 2012. Credit: César Cantú

Want to get your astrophoto featured on Universe Today? Join our Flickr group or send us your images by email (this means you’re giving us permission to post them). Please explain what’s in the picture, when you took it, the equipment you used, etc.

Timelapse: The Stars of Northern Thailand

Photographer Teoh Hui Chieh from Malaysia created a beautiful timelapse of the night sky in Northern Thailand, and she was excited to see the North Star. “Polaris may be very common for people like you in the northern hemisphere,” she said via email, “but to us at the equator, it’s something that we don’t see everyday.”

The timelapse was taken over the course of 3 nights: 2 nights on a rooftop in Nan, and 1 night in Doiphukha National Park. It includes a combination of stars moving across sky along with views of the local terrain, along with gorgeous star trails.

“The last night in the National Park, the surrounding area was full of trees, but I was lucky to find a “hole” to capture Polaris,” Chieh said. The Andromeda Galaxy is also visible in the video starting at 1:30 and 2:00.

Rare views of Polaris from northern Thailand. Credit: Teoh Hui Chieh

See more of Chieh’s work at his blog, My Dark Sky.

Astrophoto: Widefield, Narrowband View of the Crab Nebula by Nick Howes

Crab Nebula in a widefield, narrowband image. Credit: Nick Howes

This gorgeous shot of the Crab Nebula, or M1, by astronomer Nick Howes shows the famous nebula in a different light than the usual full spectrum views we’ve seen from the likes of the Hubble Space Telescope. Narrowband filters are designed to capture specific wavelengths of light, and since the Crab Nebula is emitting its own light rather than reflecting light from another source, it is a perfect candidate for imaging in narrow, or a limited part of the spectrum.

This nebula is the wreckage of an exploded star that emitted light which reached Earth in the year 1054. It is located 6,500 light-years away in the constellation Taurus. At the heart of an expanding gas cloud lies what is left of the original star’s core, a superdense neutron star that spins 30 times a second. With each rotation, the star swings intense beams of radiation toward Earth, creating the pulsed emission characteristic of spinning neutron stars (also known as pulsars).

Want to get your astrophoto featured on Universe Today? Join our Flickr group or send us your images by email (this means you’re giving us permission to post them). Please explain what’s in the picture, when you took it, the equipment you used, etc.