October 9: LCROSS Impacts the Moon! A NASA/JPL Solar System Ambassadors Program Event Follow this event on FaceBook!

Join us for the follow-up lecture on the results of LCROSS at the New York Public Library tomorrow, October 10 at 1:00 PM. Click here to learn more

About this Stargazing Party:

On October 9 at 7:30 AM Eastern time, NASA's LCROSS spacecraft will crash into the Moon. We won't be able to see it actually happen in New York City, because the Sun will be up, but we are undaunted! At 3:00 AM, we will meet in the baseball diamonds at Inwood Hill Park for some early AM stargazing, and then at 6:30, we will make our way over to Indian Road Rafe to get breakfast and set up some laptops to watch the impact LIVE on NASA TV!!!!!

Even more important, for families and kids, I will be giving all attendees Official NASA material: stickers, posters and pictures!

Click Here for the location of the Inwood Hill Park Baseball Diamonds

Here's our event on the official NASA Events Page!

Big Thanks to IRC for getting up in the morning with us!

Click Here to See Impact simulations

About the LCROSS Mission

The LCROSS mission is a search for water on the moon. The LCROSS mission is going to do this by sending a rocket crashing into the moon causing a big impact and creating a crater, throwing tons of debris and potentially water ice and vapor above the lunar surface. This impact will release materials from the lunar surface that will be analyzed for the presence of hydrated minerals which would tell researchers if water is there or not. The two main components of the LCROSS mission are the Shepherding Spacecraft (S-S/C) and the Centaur upper stage rocket. The Shepherding Spacecraft guides the rocket to a site selected on the moon that has a high probability of containing water. Because they have only one chance with this mission in finding water, the researchers have to be very precise where they program the Shepherding Spacecraft to guide the rocket.

The Shepherding Spacecraft and Centaur rocket were launched together with another spacecraft called the Lunar Reconnaissance Orbiter (LRO). All three were connected to each other for launch, but then the LRO separated one hour after launch. The Shepherding Spacecraft is now guiding the Centaur rocket through multiple Earth orbits, each taking about 38 days. The rocket on October 9 will separate from the Shepherding Spacecraft and impact the Moon at more than twice the speed of a bullet, causing an impact that results in a big plume or cloud of lunar debris, and possibly water. While this is happening the Shepherding Spacecraft, which has scientific instruments on-board including cameras, will take pictures of the rocket's descent and impact into the moon. Four minutes later, the Shepherding Spacecraft follows almost the exact same path as the rocket, descending down through the big plume and analyzing it with special instruments. The analysis is specifically looking for water (ice and vapor), hydrocarbons and hydrated materials. The Shepherding Spacecraft is collecting data continuously and transmitting it back to Earth before its own demise. This crash will be so big that we on Earth may be able to view the resulting plume of material it ejects with a good amateur telescope.

Star Party Location:

We are meeting at our normal Wednesday night location, at the baseball diamonds in Inwood Hill Park. Click on the image for a Google Map. To arrive by subway, take the "A" train to the last stop. Come out the stairs at the front of the train, and go up the hill alongside the church. This entrance is right in front of you. The distance between the Meeting Place and the subway is two short blocks at Isham and Seaman Streets. Click here to learn more about Inwood Hill Park.

View Larger Map on Google Maps

Come see what's up in the sky!

Jason Kendall
Director: Inwood Astronomy Project
NASA/JPL Solar System Ambassador to New York City

The Inwood Astronomy Project is thankful for the support of the NASA/JPL Solar System Ambassadors Program, the Amateur Astronomers Association of New York, and the New York Public Library


We look up to look within