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Full solar disk captured in Ha light on 30th August with my Lunt LS152THa, and Altair Hypercam 174M cooled camera.
Remember the days when it took a stack of diskettes to load just one DOS game? The floppy disk lives on with this creation by BricksBen. Perfect for those who need a reminder to save their work!
Clothing:
[geek.] Geek-Disks Shirt -Lemon Yellow - The Boobie Show
Auxiliary - Skinny Jeans - Ombre White/Yellow
::LEO-NT:: EAGLE BELT <3 [pleated leather-white-]
Unseen:
N-core CHLOE "White"
Found in an abandoned office. Although I'm not impressed with Windows 10, I don't think I'd want to go back this far!
This is an accretion disk around a forming protostar. The accretion disk is like two bowls with their bottoms up against one another. It's very thin in the middle and flares out along the outer rims. For some reason which remains unknown to me, fast, collimated outflows or jets can erupt along the poles of the forming star. It's either got something to do with magnetism or something to do with the way the outer envelope falls into the star... or maybe both, or something else? Turns out I have no idea what I'm doing.
The thin, dusty envelope was the hardest thing for me to figure out how to illustrate. It's huge, everywhere, and falling down into the accreting protostar, and tends to get in our way of seeing these things because there's so much of it.
Once again, I used Blender to help me visualize the dusty cloud. A lot of painting went over the top of that to add details that are very difficult to create in a volume model with Blender.
The PSF was modeled with Tiny Tim.
Welcome to the Local Disk (C:) Sandbox!
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We're a Furry & Human friendly sandbox! All is welcome!
✚ [HL] The Binding Crystal (Snowy)
✚ {LORE} Monolith 3 (granite)
✚ Location in Sandbox - maps.secondlife.com/secondlife/DasBunker/216/55/57
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Not-Sponsered / Error403Forbidden @ SecondLife
Taken in / Alchemy Viewer / Raw Photo
New disk #commuter
Rolling on @compasscycle bon jon pass
@rideshimano ultegra group set
@velogical_velospeeder rim dynamo
@supernova.design lights
@columbus_official zona tubes
@brooksengland saddle
Blablabla... More will follow
#handmadeinberlin #randonneur #meerglas #steelisreal @commuterbike #commuterbike
cabs and pendants....trying to get into the mindset of making multiples...of course I'll probably end up glazing each one a different colour!
There is a long list of space illustrations which bother me for a variety of reasons, and images of protoplanetary disks are a big offender. While I'm not entirely pleased with my own rendition and may try again at a later point, several key issues are addressed:
1. The star is a point source. You will never see anything but a point source at the scale of planetary disks.
2. Just as you will never see the star as anything but a point, you will also never see any planets. At most, if you were looking in the infrared, you would see another point source many orders of magnitude dimmer than the parent star. It would have its own PSF (point spread function) and that's it. Maybe I could put a dim point source in one of those empty lanes. It's possible. I'll think about it.
3. Because there are no visibly large planets, there are no shadows being cast by them. Even if you were next to a planet, you probably wouldn't see any shadows because "god ray" style shadows depicted in sci-fi movies and art require very specific conditions to occur and probably never happen in space quite like that. Larger scale shadows, sure. We have even seen those recently, but that shadow is cast by perturbations of Earth-orbit-sized structures of the disk itself, not some puny little planet.
Anyway, here are some further thoughts running through my head when illustrating this:
Looking at ALMA and Hubble imagery of real planetary disks, I find them to be astonishingly regular. There are some leftover bumps and blips in Hubble's images, but that's from the star's PSF, not necessarily part of the disk itself. So I assume they are very, very circular and smooth. Something like Saturn's rings.
Understanding basic orbital mechanics and also from studying larger scale disk objects, I guess that they are fluffier as distance from the star increases. I tried to show that. I put some texture in the diffuse foreground ridge and made sure the dust significantly reddened the light passing through it. It might still be too dense at this point, which I imagine to be around 120 AU from the star.
I also imagined an extremely tenuous spherical orb of dust which is denser near the star and virtually nonexistent farther out. You can see it peeking out from under the foreground dust ring. The idea here is that even though this disk is regular now, in the past it had a tumultuous beginning before the angular momentum of the matter swirling around the star settled into its average position like this. Over millions of years this and all dust is dragged into the star, but before that happens, maybe a little is leftover to slowly spiral inward. Just an idea. Possibly totally wrong.
I used Hubble's PSF for the star. I'm a fan. So what. If you noticed that before reading this, then count yourself as either very experienced with Hubble or very perceptive. The PSF was modeled with Tiny Tim.
I am working hard on the Mr-Cup project... new products, rebranding myself... I am also preparing the coming trip, I guess we will visit Thailand during some weeks before going to Bali... Will tell you more soon...
Anyway, as I work on the Mr-Cup logo I want to explore different variations, and I also want to do it in color... I figure ou a lot of projects I liked lately are in warm greys with some yellow... But I won't limitate my identity to one color, I do not do it for clients, why will I do it for myself ? Anyway, here come a "work in progress"... I am also waiting for my new buisness card, and I have to better than letterpress... You can found a small preview image on my dribbble... They will be heavy !
One of the stops Matt and I made this weekend on our downtown Dallas photo walk was Thanks-Giving Square. This shot was taken inside the chapel. The chapel itself is very small and simple until you look up towards the ceiling. As you can see there is a wonderful display of stained glass spiraling upwards. Matt and I spent a lot of time shooting this area - several shots were taken lying on the floor. I'm sure Matt will "knock this out of the park" when he shares his images.
Thanks for looking!
Hard Disk antigo. Maiores informações no link abaixo.
Thanks for information MindSpigot.
Details of this fixed-head disk see:
www.gizmodo.com/archives/would-that-be-internal-or-extern...
forexrobotrading.com/forex-apocalypse-review
Forex Apocalypse was created by Michael Wright and his team at FX Trading Bots. At the website, there is a video created by Andrew West, who is the head of the development and testing team at FX Trading Bots, which explains what this revolutionary new trading robot can do.
What makes forex robots, or expert advisors, like the Forex Apocalypse so attractive to forex traders or potential forex traders is that they do not require any attention from the user as everything is done on autopilot. In addition, the user does not have to know anything about forex or how to trade forex. This allows users to get setup and trading in a matter of minutes without any learning curve.
This wheat field was recently harvested and the straw baled and stacked in the field. The tractor and disk are parked since summer rains have made the field to wet to work.
East of Elida, Ohio, USA
Closeup view of the laser scanner assembly, with two hard disks and two position feedback sensors.
The feedback system is very simple. Each disk head has a surface mount LED soldered to it. The position sensors are actually light sensors which compare the incoming light from the hard disk with a reference light.