How to pronounce “Kepler” in English

Kepler's job was to look at this 100-square degree patch of sky in the Milky Way galaxy, in the summer Milky Way.

Kepler's model inspired his own great career in astronomy.

Kepler's really special. Let's talk about Kepler a little more.

So Kepler's probably most famous, I'm sure you've heard of the name in the context of the laws of planetary motion, which laid down the foundations

And that's Kepler's second law, of course.

Plato's theory of atoms and Kepler's model of the solar system were beautiful theories that, as descriptions of nature, utterly failed.

you referenced Kepler's latest data.

And by Kepler's third law, it tells us that planets closer to the star are moving faster.

This is Kepler's awesomely-named "Mysterium Cosmographicum."

This yellow cone shows you Kepler's search space.

Thinking God's thoughts after him, Kepler's famous statement.

And if you just apply Kepler's laws, you can deduce that there must be something that's 4.4 million times the mass of the sun.

Just to remind you-- this is Kepler's search space, that yellow cone of light that goes off into the spiral arm of the galaxy,

And this tree actually represents one of Kepler's laws.

That's very important, because they don't feel constrained to be limited just by Kepler's laws of motion.

So this is a view, Kepler's view.

It's funny, I gave this talk at my first bookstore signing last week at Kepler's in Menlo Park and my mom said, "That was a great speech, but you didn't tell us about the book."

The pink points that you see were discovered with this methodology like Kepler's that I told you about.

So it's all over-- well, it's sold out actually at Kepler's and Books Incorporated and we're almost ready for the second printing on this.

And again, you can apply Kepler's laws, that for these stellar mass black holes, there are many candidates where it's inferred that the companion is 10, 15, 20 times

as you go further and further away it gets sort of thinner but there are stars all the way to the very edge and if you just apply simple sort of Kepler's laws and

had been no progress on how to model the merger of two black holes in the regime not the regime where it's Kepler's laws