#4182

Your grandma always was an advocate of thorough preparedness. She would strongly advise staying not only armed to the teeth, but well equipped in the computational department. You've been taught you should really carry no less than 5 computers on you at all times, like a sensible person.

That certainly tracks for the Jade we know - but what doesn't track is her apparent insistence that you cosplay Lord English while you're at it.

I highly doubt that this was a mandate from Grandma Jade. No, I'm pretty sure there's been someone else influencing the young Mister English in her stead.

These were also inherited from your grandma.

...wait, so she did give you the cosplay computers?

The actual fuck?

In addition to being quite the globe trotting adventuress, she was rather enterprising as well. Her company made many products like this, to compete with the corporation owned by the cruel baroness who raised her.

I was initially worried that Grandma Jade was English's servant - but if she was, she wouldn't be competing with his other servant. She's clearly English's enemy, which makes it even more bizarre that she's using his imagery.

Damn it, Jade, you're just as inscrutable as your predecessor. Why did you give your grandson the name and appearance of your greatest foe - and also, come to think of it, how did you know about him in the first place?

I suppose her stepmother wasn't exactly tight-lipped. The Condesce cheerfully infodumped Homestuck's entire plot to Jane, back when she confronted her. Perhaps Jade initiated a similar confrontation, but was a lot more shrewd in her questioning, allowing her to glean a couple of secrets the Batterwitch never intended to let slip - something about the symbols surrounding her boss, and how to use them against him.

Is there something we don't yet understand about the name and nature of Lord English?

Jake, for god's sake. How are you typing on a coat?

Intimidating.

Silent.

And completely unreadable.

Clearing out my camera roll 4182/?

Grand swirls

This new Hubble image shows NGC 1566, a beautiful galaxy located approximately 40 million light-years away in the constellation of Dorado (The Dolphinfish). NGC 1566 is an intermediate spiral galaxy, meaning that while it does not have a well defined bar-shaped region of stars at its centre — like barred spirals — it is not quite an unbarred spiral either (heic9902o).

The small but extremely bright nucleus of NGC 1566 is clearly visible in this image, a telltale sign of its membership of the Seyfert class of galaxies. The centres of such galaxies are very active and luminous, emitting strong bursts of radiation and potentially harbouring supermassive black holes that are many millions of times the mass of the Sun.

NGC 1566 is not just any Seyfert galaxy; it is the second brightest Seyfert galaxy known. It is also the brightest and most dominant member of the Dorado Group, a loose concentration of galaxies that together comprise one of the richest galaxy groups of the southern hemisphere. This image highlights the beauty and awe-inspiring nature of this unique galaxy group, with NGC 1566 glittering and glowing, its bright nucleus framed by swirling and symmetrical lavender arms.

This image was taken by Hubble’s Wide Field Camera 3 (WFC3) in the near-infrared part of the spectrum. A version of the image was entered into the Hubble’s Hidden Treasures image processing competition by Flickr user Det58.

First globular cluster outside the Milky Way

The object shown in this beautiful Hubble image, dubbed Messier 54, could be just another globular cluster, but this dense and faint group of stars was in fact the first globular cluster found that is outside our galaxy. Discovered by the famous astronomer Charles Messier in 1778, Messier 54 belongs to a satellite of the Milky Way called the Sagittarius Dwarf Elliptical Galaxy.

Messier had no idea of the significance of his discovery at the time, and it wasn’t until over two centuries later, in 1994, that astronomers found Messier 54 to be part of the miniature galaxy and not our own. Current estimates indicate that the Sagittarius dwarf, and hence the cluster, is situated almost 90 000 light-years away — more than three times as far from the centre of our galaxy than the Solar System.

Ironically, even though this globular cluster is now understood to lie outside the Milky Way, it will actually become part of it in the future. The strong gravitational pull of our galaxy is slowly engulfing the Sagittarius dwarf, which will eventually merge with the Milky Way creating one much larger galaxy.

This picture is a composite created by combining images taken with the Wide Field Channel of Hubble’s Advanced Camera for Surveys. Light that passed through a yellow-orange (F606W) was coloured blue and light passing through a near-infrared filter (F814W) was coloured red. The total exposure times were 3460 s and 3560 s, respectively and the field of view is approximately 3.4 by 3.4 arcminutes.

The object shown in this beautiful Hubble image, dubbed Messier 54, could be just another globular cluster, but this dense and faint group of stars was in fact the first globular cluster found that is outside our galaxy. Discovered by the famous astronomer Charles Messier in 1778, Messier 54 belongs to a satellite of the Milky Way called the Sagittarius Dwarf Elliptical Galaxy.

Messier had no idea of the significance of his discovery at the time, and it wasn’t until over two centuries later, in 1994, that astronomers found Messier 54 to be part of the miniature galaxy and not our own. Current estimates indicate that the Sagittarius dwarf, and hence the cluster, is situated almost 90 000 light-years away — more than three times as far from the centre of our galaxy than the Solar System.

Ironically, even though this globular cluster is now understood to lie outside the Milky Way, it will actually become part of it in the future. The strong gravitational pull of our galaxy is slowly engulfing the Sagittarius dwarf, which will eventually merge with the Milky Way creating one much larger galaxy.

This picture is a composite created by combining images taken with the Wide Field Channel of Hubble’s Advanced Camera for Surveys. Light that passed through a yellow-orange (F606W) was coloured blue and light passing through a near-infrared filter (F814W) was coloured red. The total exposure times were 3460 s and 3560 s, respectively and the field of view is approximately 3.4 by 3.4 arcminutes.

ESA/Hubble & NASA