Virgo

Virgo, but with some pieces in Fornax an.

I had a huge Virgo poster in my bedroom.

The most notable one is the Perseus Pisces supercluster opposite from Virgo.

We are falling towards Virgo cluster, two or 300 kilometers per second.

So here's the picture of the nearest cluster to us, the Virgo cluster.

What was most upsetting was that this meant I was not a Virgo.

Fornax and Eridanus. There are inaudible from other side of the sky from Virgo.

Virgo cluster a few years later. But at that time, nobody took this seriously.

Virgo cluster, but most of them are tiny dwarfs that you have difficulty actually pointing out.

But Virgo cluster has Hubble Recession velocity of only like 1000 or 1200 kilometres per second.

See, there are 2 dominant galaxies there, and the x ray image in the lower part and you can see it's much smoother than the one for Virgo because Virgo is dynamically young cluster, still falling together.

And that is only about 4 or 5 times further away than Virgo not as rich as

large scale structure plot. We are falling towards virgo with the speed of about 270 kilometres per second.

The center is on Virgo cluster, the nearest cluster of galaxies to us and it's roughly 60 megaparsecs in scale.

This plot is centered on a local group of galaxies, but really, the center of the Local Supercluster is at Virgo.

And now we're looking at the Virgo Supercluster, and that is 150 million light years but we're not done yet, we can zoom out even more!

And it is richer than Virgo by a considerable factor, and it's comparable to the kinds of clusters that we see at larger distances from us.

Today this is a very well developed art, and this is just a small snapshot of one of the more modern simulations by so called Virgo Consortium.

This is not unlike c ore, or say, Virgo cluster of galaxies or comma cluster of galaxies, except, of course, the ANSls are the dark matter particles.

The Virgo poster is a picture of a beautiful woman with long hair, sort of lounging by some water, but the Libra poster is just a huge scale.

If we could eventually colonize a chunk of the universe the Virgo supercluster maybe it will take us 100 million years to get there, but if we go extinct we never will.

And another one for Virgo cluster and the big holes are where many stars and galaxies are, but you can see their features and in the slides which probably corresponds to the title tails, streamers, and those galaxies and throughout.

Vaucouleurs, who was a famous informational astronomer, also pointed out that our immediate extra galactic neighborhood forms what we call the local super cluster of which will one part, and virgo cluster in the center with some elongated structure in the sky as seen in the projection here.

We can zoom out even more... and over here, so you had the Virgo Supercluster, 150 million light years, in the last diagram, this diagram here, I'd like to keep both of them on the screen if I can, this diagram right here, 150 million light years across, that would fit right about here, on this diagram.

I'm starting to stumble on my words, there are no words to describe this, even this is small on an intergalactic scale, because when you zoom out more, you can see our local group it's right over here and this right over here is the Virgo Supercluster, and each dot here is at least one galaxy, but it might be more than one galaxy, and the diameter here is 150 million... 150 million light years.