M78, A profile of tropical fish

Messier 78, Reflection nebula
Messier 78, Reflection nebula

Hi everyone!

I observed M78 &34 in Nov. midnight with my 15″ Dob.

While I drew M78, I reminded of tropical fish, it’s side face ๐Ÿ™‚

The nebulousity of NGC 2071 is shine dimly.

Where does this tropical fish came from?

Deep cosmos? Deep see? or My eyes? ๐Ÿ™‚

Object Name : M78
Object Type : Reflection Nebula
Location : S. Korea
Date : Nov. 11, 2013
Media : Black paper, Jelly pen, Pastel pencel

Anaximander environs

Anaximander environs - December 14, 2013
Anaximander environs – December 14, 2013

Tonight, DEC, 14th, 2013. I could have a brief time for an observation/sketching on the nothern moon limb ,

the environs of the crater [ Carpenter, Anaximander, J . Herschel ] .

I have focused 8″ refractor at the curiously connected shadow casted by the splitted rim- walls of each of Anaximander,s and of J, Herschel, s .

Although, seeing was bad , I observed/ sketched this for 40-50 minutes.

—————-

8″ f12 a chinise made achromatic lens , x340

location; Backyard home in South. Korea

white paper [40 x30 cm] , graphite pencils , black ink

Date of observe/ sketch ; 12, 14, 2013

Trying something New with the Sun

The H-alpha Sun - May 9, 2014
The H-alpha Sun – May 9, 2014
Non inverted colors on white paper.
Non inverted colors on white paper.
Inverted
Inverted

Aloha!

I was enjoying the Sun this morning and trying to decide how to represent the most prominent features. Sketching the Sun has just not gotten me the feeling that I can really represent it as well as I would like to as far as colorizing goes. I like using black paper but it isn’t smooth enough whereas plain white paper is. But when I have tried to add color later, it just loses what I see in the scope.

So today I tried a little something different. I like how some inverted blue colors really become the right colors for the Sun. So I put some oil pastel colors to paper & inverted to see what I could use. The nice thing about the oil pastel is I can scratch off small little lines to try to get the details of the solar surface. I had to think in negative to produce the sketch in order to preserve black, white and the different tones of red. This is my 1st attempt using this technique and I am not entirely happy with it but it is a bit of an experiment.

H-alpha Sun
5/9/14
60mm Lunt 88x
Oil Pastel, white permanent pen, white paper, Lyra polycolor pencils, a needle to scratch off the oil pastels to produce dark lines
Inverted with Photoscape software

Cindy (Thia) Krach
Maui. HI

Light vs dark – The Jewel Box and The Coal Sack

The Jewel Box star cluster (NGC 4755) and the Coal Sack dark nebula
The Jewel Box star cluster (NGC 4755) and the Coal Sack dark nebula

Hello all,

A couple of weekends ago saw Ice In Space Astro Camp ’14 happen at Lostock in rural NSW, Australia. I arrived late on the Friday, and when I finally settled at the camp it was dark and I just didn’t feel like setting up a big scope. The sky was clear, the full brilliance of the Milky Way was arcing overhead, so it was a great chance for some wide field sketching with my little 4″ achro.

Some time ago I had made a mental note of a potential sketching target as being the area around the lovely cluster The Jewel Box in the Southern Cross. The great thing about this scope and eyepiece combination is the true field of view encompasses the Jewel Box, Mimosa or Beta Cruxius, and the western edge of the dark nebula The Coal Sack, all set off against the mottled background Milky Way. Gorgeous stuff!

The Coal Sack is also surprisingly detailed. Streamers of darker lines, patches of brighter, and ghostly arcs. These details made for a great challenge as they are, well, black… Another fainter open cluster can also be seen just to the upper right of the Jewel Box. The Southern Cross contains dozens of open clusters within its boarder.

This sketch is very close to showing the full 5deg True Field of View I had.

Object: Jewel Box and the Coal Sack.
Scope: 4″ f/5 achromatic refractor
Gear: 30mm 82deg Explore Scientific, 17X, 5deg TFOV.
Location: Lostock, NSW, Oz
Date: 25th April, 2014
Media: White soft pastel, charcoal and white ink on A4 size black paper.
Duration: approx. 2hrs

Structural detail of the Pythagoras central peak

Pythagoras central peak-January 15,16 2014
Structural detail of the Pythagoras central peak-January 15,16 2014

On two nights with more better seeing and sunlight angle or libration , I could see these views.

See below 2nd sketch over on the lunar horizon as the border with a line of the imaginary inner rim wall of this 130km diameter crater a bluish 10 mignitude permanent star was being moved on from over the Pythagoras to the Anaxagoras (Pilalous) in 4 minutes, …. that I think means moon and earth twin bodies each was(are) rotating and revolving.

It was thrilling to gaze and feel this massive giant old rocky ball goes ahead swinging or pitching his body in space.

—————-

8″ f12 refractor, x340

Location ; Backyard home in South. Korea

White paper [40 x30 cm] , graphite pencils , black ink

The Brightest Supernova in My Life

Messier 82 and SN2014J - January 31, 2014
Messier 82 and SN2014J – January 31, 2014

I saw SN2014J in M82 on Korean New Year night.

It is very surprise event to me, since I’ve never seen bright supernova.

Already I saw some supernovas in 2011. (M51, M101, NGC2655)

But that is more dark than this one.

I feel some futility.. because it is too easy to observing ๐Ÿ™‚

I drew a sketch with 10″ dob, black paper and white pastel & jelly pen.

And I compared with my previous M82 sketch.

It is so interesting, I want to share everyone!

(original sketch : http://www.nightflight.or.kr/xe/files/attach/images/25489/716/121/453c7cb7b53fccfc7ac22288b35e05ed.jpg)

Side by Side Test: 5″ ED-Apo vs. 12″ Achro

Mars, Jupiter, Saturn - January 18, 2014
Mars, Jupiter, Saturn – January 18, 2014

5″ f9 refractor, x240 ]
12″ f10 efractor x350

location ; Backyard home in South. Korea
white paper [40 x30 cm] , graphite pencils , black ink
Date of observe/ sketch ; jan, 18. 2014.

Eta Carina – The Goliath through a 4″ Refractor

NGC 3372 / Eta Carina
NGC 3372 / Eta Carina

Hello all,

I finally got to go bush with my latest scope acquisition, and my smallest scope, a 4โ€ achro refractor. I was spoilt for choice for potential targets, but I settled on one target Iโ€™ve sketched four times previously, Eta Carina. The previous sketches of Eta Carina were done with an 8โ€ (once) and my 17.5โ€ (twice) and once with my binos from my home. But this time, I had the opportunity to chase the full extent of the visible nebulosity of this celestial giant. With the single eyepiece I took on this outing, this little refractor gives me a whopping TFOV of 5ยฐ! This would be the perfect weapon and dark sky combination to tackle this target.

Oh my goodness! How much detail is visible! At first glance the nebulosity is nice and compact. As the sketch developed, and I slowly examined the scene, the nebulosity kept on reaching further and further out. Add to this the mottling of the background Milky Way star field that surrounds Eta Carina. I also spotted a couple of faint open clusters in the field of view.

The sketch doesnโ€™t show the full extent of the TFOV โ€“ the sheet of paper wasnโ€™t big enough! I was spent after this too.

I hope you find this sketch to your liking.

Alex.

Object: Eta Carina, NGC 3372
Scope: 4โ€ f/5 refractor
Gear: 30mm Explore Scientific 82ยฐ, 17X, plus OIII filter
Date: 3rd January 2014
Location: Blue Mountains, NSW, Australia
Media: White soft pastel, charcoal and white ink on A4 size black paper.

Pythagoras Central Peak

Pythagoras Central Peak
Pythagoras Central Peak

โ€” DEC, 16th, 2013. The transparency is bad in fog mist.
Instead, the air is warm, not cold….
Then, I have pick up a pencil to draw briefly in 30 minutes the glittering mountains central peak of Pythagoras crater.

—————-

8″ f12 refractor, x340
location ; Backyard home in South. Korea
white paper [40 x30 cm] , graphite pencils , black ink
Date of observe/ sketch ; 12, 16, 2013