So July 14th is going to be really exciting. We have observations planned with our whole suite of instruments. Things really begin to heat up at about three hours before closest approach. As we're flying by, if my hand is Pluto, the spacecraft will fly by and it'll scan the Lisa instrument across the surface of Pluto to build up a spectral image of what the surface looks like. Then as we get around, toward Pluto's terminator, we take our very long high-resolution scans in black and white, which means that we can use the very wide field emphic and at the same time use the narrow field lorry. So we get 5,000 pixels across Pluto about half a kilometer resolution at closest approach at the same time we have this very skinny inset of the lorry field of view at only about a hundred meters per pixel. So we take our lorry images one after the other, these overlapping images. So what it looks like is this big plate of Pluto and the skinny little noodle of lorry running across the moon. At this point, we are for the first time in humanity's history behind Pluto, taking pictures back on the first side. The Alice instrument will be doing a solar occultation, which is watching the sun set behind Pluto. The Deep Space Network will be transmitting a signal and that signal will be picked up by the antenna and it'll be changed by the atmosphere of Pluto that it has to go through. And that's how we probe Pluto's atmosphere, the pressure and temperature right near the surface. July 14th is the apex of what we've been working for. We launched more than nine years ago and ever since then we've been trying to shepherd the spacecraft safely across the solar system. A spacecraft goes, new horizons is a very small team, but still we've been working on this for over a decade and you add it all up and it's about two and a half million work hours to get ourselves to Pluto. We can't wait to get to Pluto and to July 14th and see what the surface looks like. We're ready to go and it's show time.