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Thursday, December 31, 2020

All my photos from year 2020

 
The year 2020 has been interesting since I'm between the scopes at the moment. I converted my old Tokina At-x 300 mm f2.8 camera optics and paired it with the Apogee Alta U16 astro camera.
At first it looked like an impossible task since the back focus distance of Tokina lens was way too short for the camera. After some heavy handed modifications (including an angle grinder) I managed to marry those too junks of metal, glass and silicon together. Kind of Frankenstein's monster but worked!


Tokina 300mm f2.8 and Apogee Alta U16

After many years shooting with a long focal length instrument it was like a fresh air to work with wide field tool. 

All my photos from the year 2020
Click for a full size poster (2000 x 2800 pixels)

NOTE, images are not in scale to each other


There are some very rarely imaged objects in the the poster

Photo 11, https://astroanarchy.blogspot.com/2020/04/two-ways-to-go-in-same-field-of-view.html

Supernova remnant Sh2-221 and a planetary nebula Sh2-216. There are very few images out of them, I haven't seen any other three band NB images from Sh2-221

43 hours of exposures was needed to reveal targets in full glory. There are very few images out there from Sh2-205 and even less from LBN 696.

Photo 12, https://astroanarchy.blogspot.com/2020/11/a-supernova-remnant-in-cygnus-g65357-snr.html

This is a very large dim and diffused supernova remnant in Cygnus, The dense starfield almost buries faint filament structures. Extremely few photos out there showing the whole SNR.
This SNR is part of the Cygnus mosaic (Image 21).

Photo 21, https://astroanarchy.blogspot.com/2020/01/deep-in-to-my-heart-ic-1805-in-mapped.html

A very commonly imaged target but this deep exposure reveals a very dim supernova remnant just above the "Tip of the Heart". SNR can be seen at eight o'clock position in the photo. 


Two massive panorama mosaics

This year I got ready two very large narrowband mosaic images. 
Material for them was collected during past ten years. 
The Great Mosaic of Cygnus covers now the whole constellation.
Second as large mosaic spans sky from Cassiopeia to Cepheus. 
Exposure time for both of then is over 800 Hours.

Cygnus 

https://astroanarchy.blogspot.com/2020/12/cygnus-project-grande-finale-for-now.html

Cassiopeia to Cepheus

https://astroanarchy.blogspot.com/2020/12/from-cassiopeia-to-cepheus-eight-years.html


THE BOOK
At 2020 we published a book about nebulae, "Cosmic Clouds 3D" We =  Brian May, David J Eicher and Me. It was a pleasure to work with talented people. The idea for the book came from Brian may, the legendary Queen guitarist and astrophysicist. At the moment the book is practically sold out.




IMAGE INFO

  1. Sh2-124, https://astroanarchy.blogspot.com/2020/11/sharpless-124-sh2-124.html
  2. Sh2--124 wide field
  3. Clouds of Cassiopeia, https://astroanarchy.blogspot.com/2020/11/cassiopeia-mosaic-gets-larger.html
  4. SNR CTB1, https://astroanarchy.blogspot.com/2020/02/ctb1-supernova-remnant-in-cassiopeia.html
  5. Simeis 147,  https://astroanarchy.blogspot.com/2020/03/the-birth-of-venus.html
  6. Tulip nebula area, https://astroanarchy.blogspot.com/2020/10/the-tulip-nebula-in-cygnus-sh2-101.html
  7. Sh2-205, https://astroanarchy.blogspot.com/2020/03/a-rare-image-sharpless-205-and-ngc-1491.html
  8. NGC 1499, https://astroanarchy.blogspot.com/2020/01/a-deep-view-to-california-nebula-in.html
  9. Sh2-132, https://astroanarchy.blogspot.com/2020/11/a-new-photo-of-sharpless-132-sh2-132.html
  10. Sh2-126, https://astroanarchy.blogspot.com/2020/10/new-photo-sharpless-126-in-lacerta.html
  11. Sh2-216 & 221, https://astroanarchy.blogspot.com/2020/04/two-ways-to-go-in-same-field-of-view.html
  12. SNR G65.3+5,7,https://astroanarchy.blogspot.com/2020/11/a-supernova-remnant-in-cygnus-g65357-snr.html
  13. IC 63 & NGC281, https://astroanarchy.blogspot.com/2020/03/ic-63-and-ngc-281.html
  14. SNR IC443, https://astroanarchy.blogspot.com/2020/03/supernova-remnant-ic-443-wide-field.html
  15. Bubble to Cave, https://astroanarchy.blogspot.com/2020/03/from-bubble-to-cave-nebula-area.html
  16. Cygnus, https://astroanarchy.blogspot.com/2020/12/cygnus-project-grande-finale-for-now.html
  17. Sh2-114, https://astroanarchy.blogspot.com/2020/12/sharpless-114-flying-dragon-nebula.html
  18. IC 405 & 410,  https://astroanarchy.blogspot.com/2020/03/new-photo-deep-in-to-darkness.html
  19. Cederblad 214,https://astroanarchy.blogspot.com/2020/02/new-photo-of-cederblad-214-cosmic.html
  20. From CTB1 to Cave,https://astroanarchy.blogspot.com/2020/03/from-cassiopeia-to-cepheus.html
  21. IC 1805,  https://astroanarchy.blogspot.com/2020/01/deep-in-to-my-heart-ic-1805-in-mapped.html
  22. IC 1396, https://astroanarchy.blogspot.com/2020/01/ic-1396-wide-field-reprocessed.html
  23. Cassiopeia to Cepheus, https://astroanarchy.blogspot.com/2020/12/from-cassiopeia-to-cepheus-eight-years.html
  24. Bubble to cave, https://astroanarchy.blogspot.com/2020/03/from-bubble-to-cave-round-ii.html
  25. Sh2-205 & LBN 696, https://astroanarchy.blogspot.com/2020/03/a-two-frame-mosaic-photo-of-sharpless.html



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Sunday, December 27, 2020

From Cassiopeia to Cepheus, eight years and 300 hours of exposures

I started this imaging project back at 2012.  During the years I have shot more frames for this active region of the sky. Now there are 26 panels and 22 high resolution sub-panels stitched together. Photo covers about 35 x 17 degrees of sky and the physical resolution is over 25.000 x 12.000 pixels.  There are about 4,5 million individual stars visible in this image.

This is my second large mosaic image finalized in this month, a very large mosaic image of Cygnus can be seen here, https://astroanarchy.blogspot.com/2020/12/cygnus-project-grande-finale-for-now.html

From Cassiopeia to Cepheus
Click for a large image, it's really worth it! (2000 x 4000 pixels)

Image is in mapped colors from a light from the ionized elements, hydrogen = green, sulfur = red and oxygen = blue. NOTE, there is an image of the Moon at the same scale in lower left corner.

A horizontal version
Click for a large image, it's really worth it! (1500 x 3000 pixels)



Orientation and size
Click for a large image



Upper one in the map is a new mosaic image, lower is another large new mosaic image about Cygnus.
Info about the Cygnus mosaic can be seen here, https://astroanarchy.blogspot.com/2020/12/cygnus-project-grande-finale-for-now.html




Closeups from the large mosaic
You should click the images to see them in full glory, it's worth the effort!

Supernova remnant CTB1

From Bubble to Cave Nebula

IC 1396

Sharpless 132


Zoom out series
This zoom out series gives a good view to the resolution. (Photo is 6500 pixel long)




THE MOSAIC

Evolution of the mosaic between 2012 and 2020
Click for a large image


Frames
There are 26 base panels with shorter focal length tools (200mm f2.8 Tokina and 200mm f1.8 Canon) There is also 22 sub-panels used, they are shot with my old 12" Meade and 11" Celestron Edge scopes.


Equipments

I have used several optical configurations for this mosaic image during the years. Up to 2014 I was using an old Meade LX200 GPS 12" scope, QHY9 astrocam, Canon EF 200mm f1.8 camera optics and baader narrowband filter set. After 2014 I have had 10-micron 1000 equatorial mount, Apogee Alta U16 astro camera, Tokina AT-x 200mm f2.8 camera lens and the Astrodon 50mm square narrowband filter set. I have shot many details with a longer focal length, before 2014 by using Meade 12" scope with reducer and after 2014 Celestron EDGE 11" and reducer. Quider camera has been Lodestar and Lodestar II.
 






www.tips-fb.com Posted by J-P Metsavainio at 2:05 PM 3 comments
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Tuesday, December 22, 2020

Sharpless 114, the Flying Dragon Nebula

 While shooting more frames for my great mosaic of Cygnus I shot a set of frames for the Sharpless 114 (Sh2-114) , the Flying Dragon Nebula. Part of the image was used for the mosaic but the dragon part was out of the field of view.
I decided to make an individual image out of it since it's not a very well known object and it's beautiful too. I have shot the Sh2-114 with a longer focal length instrumen back in 2015
 

The Flying Dragon
Click for a large image

Photo is in natural colors combined from narrowband channels. An ionized hydrogen, H-alpha, is emitting deep red light and it's dominating the color scheme.

A closeup
Click for a large image

Photo is in natural colors combined from narrowband channels. An ionized hydrogen, H-alpha, is emitting deep red light and it's dominating the color scheme.

An older long focal length version
Click for a large image

Photo is in natural colors combined from narrowband channels. An ionized hydrogen, H-alpha, is emitting deep red light and it's dominating the color scheme.

INFO

Sh2-114 is a complex and unusual HII emission nebula. Its complex, wispy structure is likely the result of winds from hot, massive stars interacting with the magnetic fields in the interstellar medium. But very little is known about it. (Source, https://www.noao.edu/image_gallery/html/im1112.html)

Orientation
Click for a large image

Sharpless 114 can be seen at lower left corner, field of view is framed.

Technical details

Processing workflow

Image acquisition, MaxiDL v5.07.
Stacked and calibrated in CCDStack2.
Deconvolution with a CCDStack2 Positive Constraint, 33 iterations, added at 50% weight
Color combine in PS CS3
Levels and curves in PS CS3.

Imaging optics

Mount
10-micron 1000

Cameras and filters
Imaging camera Apogee Alta U16 and Apogee seven slot filter wheel
Guider camera, Lodestar x 2 and an old spotting scope of Meade LX200

Astrodon filters,
5nm H-alpha 3nm S-II and 3nm O-III

Exposure time

H-alpha, 15 x 1200 s, binned 1x1 = 5 h
O-III, 1x 1200 s, binned 2x2 = 20 min.
S-II, 1 x 1200 s. binned 2x2 = 20 min.
www.tips-fb.com Posted by J-P Metsavainio at 1:07 PM 0 comments
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Tuesday, December 15, 2020

Cygnus project, ten years and 500 hours, the grande finale!

Total exposure time is way over 600 hours shot between 2010 and 2020. Some areas of this mosaic panorama required more exposure time than others. There are two large supernova remnants in this mosaic. both are large, diffused and very dim. I have used about 150 hours of exposures for them alone! There are hardly any deep and large enough photos around showing them well. 

I have started this imaging project back at 2010. My aim was make a highish resolution mosaic covering the constellation Cygnus. Work like that takes time and patience, especially since I have worked so, that many of the individual sub mosaics or frames can be published as an individual artworks. Here is a poster format presentation about all of longer focal length images used for this mosaic beside actual panels, https://astroanarchy.blogspot.com/2018/11/treasures-of-swan.html

As a result I have now a huge 37 panel (And 58 long focal length sub-panel) mosaic panorama covering 28 x 18 degrees of sky.  I have collected photons way over 500 hours during past ten years for this photo. The full size mosaic image has a size of about 25.000 x 15.000 pixels.

A photo of five million stars*

Great Mosaic of Cygnus (2010-2020)
28x18 degrees, 37 + 58 panels and over 600 hours of exposure time

The full size photo is worth to see!  (2700 x 1700 pixels)

An apparent size of the Moon is marked as a scale at bottom left on the picture frame. 
This is a large area of sky! (28 x 18 degrees) Image is in mapped colours, from the emission of ionized elements, R=Sulphur, G=Hydrogen and B=Oxygen.  NOTE, the horizontal version at end of the page!
* I actually counted the stars and in this field of view there are little over five million individual stars

Orientation
Three supernova remnants, two Wolf Rayet stars and a black hole
Please, click the image for full resolution




Some closeups from the large mosaic image to show the resolution
You should click the images to see them in full glory, it's worth the effort!

North America and the Pelican Nebula

NOTE, image is reduced to 2000 x 1300 pixels from 6000 x 4000 pixels.


The Central Cygnus

Original size in mosaic image is 5000 x 2500 pixels

The supernova remnant G65.3+5.7 at top of the mosaic image

More info about this image here, https://astroanarchy.blogspot.com/2020/11/g65357-large-supernova-remnant-in_22.html


A closeup from the supernova remnant G65.3+5.7
The noise is not a noise, just a massive amount of stars

The starfield in this part of Milky Way is extremely dense, blog post about this SNR can be seen here, https://astroanarchy.blogspot.com/2020/11/a-supernova-remnant-in-cygnus-g65357-snr.html


The tulip nebula area

The Tulip Nebula, Sh2-101, can be seen at center right, there is also a black hole Cygnus X-1
The blog post with technical details can be seen here, https://astroanarchy.blogspot.com/2020/10/the-tulip-nebula-in-cygnus-sh2-101.html


Cirrus of Cygnus

Blog post about this photo, https://astroanarchy.blogspot.com/2020/12/cirrus-of-cygnus-and-supernova-remnant.html


THE MOSAIC

Evolution of the mosaic between 2010 and 2020
Click for a large image



Mosaic panels in chronological order

Here is an updated image about individual panels shot for this large mosaic image.
There are 37 base panels with shorter focal length tools (200mm f2.8 Tokina and 200mm f1.8 Canon) There is also 59 sub-panels used, they are shot with my old 12" Meade and 11" Celestron Edge scopes.
NOTE I recalculated the total exposure time and it's actually way over 600 hours.
Here is a poster format presentation and a list all of longer focal length images used for this mosaic beside the actual panels, https://astroanarchy.blogspot.com/2018/11/treasures-of-swan.html

INFO

Three supernova remnants, two Wolf Rayet stars and a black hole

In the orientation image above, there are three large supernova remnants visible, first the Cygnus Shell W63 , bluish ring at upper left quarter, secondly the large SNR G65.3+5.7 at utmost right and finally the third is a brighter SNR, the Veil nebula just outside of field of view at bottom center. (Image is partly overlapping with large mosaic  but I didn't want to include it yet due to artistic composition.)

Beside three supernova remnants there are two Wolf Rayet stars with outer shell formations. NGC 6888, the Crescent Nebula at center of the image and the WR 134, it can be seen as a blue arch just right from the Crescent Nebula, near the Tulip nebula.

Next to the Tulip Nebula lays a Black hole Cygnus X-1, it's marked in small closeup image of the Tulip Neula at center right in orientation image above. 

Constellation Cygnus is an endless source of celestial wonders, both scientifically and aesthetically. For me, as an visual artist, this are of night sky is very inspiring There are endless amount of  amazing shapes and structures, I can spend rest of my life just shooting images from this treasury.


The smaller 18 panel version of this mosaic from a year 2013

My beautiful wife Anna as a scale at front of the framed copy of the Cygnus mosaic version from 2013.


A funny anecdote 

About a week ago I showed this new mosaic image to my wife Anna. She is an art teacher and I value her opinions very highly. We talked about the composition of the new photo and I asked if she knows where the black hole (Cygnus X-1) locates isn constellation Swan. She doesn't even blink when she pointed her finger on the exactly right spot in the large mosaic! Even though she is interested about astronomy, I was stunned. I asked how she know about the location of the black hole so well ?
The answer was;  "If you think about the swan, I just pointed out the anatomically correct location"
The Black Hole of a Swan
Click for a large image (2700 x 1700 pixels)

The anatomically correct location of the Black Hole of the Swan


Equipments used

I have used several optical configurations for this mosaic image during the years. Up to 2014 I was using an old Meade LX200 GPS 12" scope, QHY9 astrocam, Canon EF 200mm f1.8 camera optics and baader narrowband filter set. After 2014 I have had 10-micron 1000 equatorial mount, Apogee Alta U16 astro camera, Tokina AT-x 200mm f2.8 camera lens and the Astrodon 50mm square narrowband filter set. I have shot many details with a longer focal length, before 2014 by using Meade 12" scope with reducer and after 2014 Celestron EDGE 11" and reducer. Quider camera has been Lodestar and Lodestar II.






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