Yesterday I was treated to a little tour (little, because it's a little building) of Honeybee Robotics' office here in Pasadena. Honeybee is developing some great technology for future space missions for Earth, Mars, and beyond.
The road to Mars just seems to get longer and harder every day. The Planetary Society has just asked its Members to contact the White House and ask John Holdren, the President's Science Advisor, to make sure that NASA and ESA are allowed to work together on the 2016 and 2018 missions to Mars.
It's already the last day of the DPS/EPSC meeting in Nantes, France, and I've fallen seriously behind on writing up my notes. I thought I'd get some less pleasant notes out of the way before I returned to science.
During the afternoon poster session at the Division of Planetary Sciences / European Planetary Science Congress meeting, I had a long talk with Ludmila Zasova (IKI) about Russia's Venera-D mission to Venus.
The next thing needed by both the small bodies science community and people interested in human exploration is a space-based telescope capable of surveying (and following up on) near-Earth space for asteroids that, for a variety of reasons, haven't been found yet.
A team of international scientists has discovered an antiproton belt around the Earth, using data obtained from PAMELA, a particle identification instrument aboard a Russian Earth observation satellite.
The embargo has just been lifted on the National Research Council's "Visions and Voyages for Planetary Science in the Decade 2013 -- 2022 (PDF)," which sets out priorities for which planetary missions should be undertaken in next ten years.
I said earlier I was going to cover the poster sessions next, and there are some cool things that I want to write about, but I thought I'd better get to something a bit more topical a bit sooner: Europa and the other Galilean satellites, and when (if!?) we'll be exploring them again.