What'll you have?

I'd like to order.

My order, please.

So please buy 1, buy 2, buy hundreds for your friends.

Check your order.

And when I met Harriet in person the next year at the TED Conference, she'd gone online and ordered our own happy Haplotype T shirts.

Your order has been submitted.

Last call!

You can imagine there are gonna be a lot of these features.

You know, I think people go into a restaurant, and somebody orders a steak, and we all know where steak comes from, and somebody orders a chicken, and we know what a chicken is, but when they're eating bluefin sushi, do they have any sense of the magnificent animal that they're consuming?

He ordered three glasses.

lensing. This has been done on galaxies as well as clusters.

Jess, Sally is a great orderer.

Very simple. Two matrices can be added or subtracted, if, they are of the same size or same order.

And, asymptotically, the number of quadratic features grows roughly as order n squared, where n is the number of the original features,

We can build speakers to order.

A mother finishes setting the table for dinner.

Go to our our website at wherethebearsare.tv and order your DVD today.

I went to a restaurant, and I ordered a cup of green tea with sugar.

Harvard Smithsonian Center for Astrophysics in mid 80s.

Remember, it starts as a few parts in a million at the time of the recombination and now grows to factor of a million in, in galaxies themselves or few 100 in a large scale structure.

Yes, the blueberry sorbet after the meal. That's all.

I'll order two empty plates and we can leave.

If you've already bought our DVD thank you so much.

Google Now will show you bars, restaurants, and places of interest around you as you walk down the street.

There's going to be a booth set up outside on your right and you can stop by there any time today or tomorrow during the conference.

Right now we're only accepting orders at the conference. So this is not, as I said, a mass consumer order.

And groups and clusters of galaxies occupy region outside.

Now here's what's interesting let's scale the X axis

The mass to light ratios reached levels of 100.

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

I love that it takes you an hour and a half to order a sandwich.

So here's a new matrix, n, and what we wanna do is just add matrix m and n.

So it's sometimes called an effective radius, or a half light radius.

The formula shown here is what's customarily used.

The first component of the story that I thought was essential, however, was to give readers a sense of appreciation for the ocean animals that they were eating.

You see, the typical redshifts of interest in modern cosmology, it's of the order of ten Hubble lengths.

And then, within them there are galaxies whose average density within say half life radius is about million times larger than the surrounding density.

I went to medical school, and I didn't have a course called How to Think Skeptically, or How Not to Order Tests.

What's your ballpark figure? Is this Home Depot stuff, or...

Not only does she always pick the best thing on the menu, but she orders it in a way that even the chef didn't know how good it could be.

Those are luminous quasars and even some real galaxies, and so we know that at least some little pockets of the universe have achieved the density contrast which are not the part in a million, but a million for orders of magnitude, in the time elapsed from the microbackground release until then is of the order of half a billion years, so this is not an easy thing to achieve.

There is one kind of galaxy that is actually completely dominated by dark matter and those are so called dwarf spheroidals.

At the same time, we can simply add up luminosity in galaxies, and find out that the net mass to light ratio, that is mass of stars plus the mass of dark matter, derived by the luminosity from stars, is of the order of several hundred, exactly what Zwicky originally predicted.

One is by measuring abundances of deuterium or other like nulcei, in the intergalactic clouds of high redshifts, the deterium is the most sensitive of those and that produces a result of the order of four, four one half percent of the critical density.