Dr. Nick Attree

@nickattree.eurosky.social

Planetary scientist @iaacsic.bsky.social, working on @esa.int Rosetta & @cometinterceptor.bsky.social (Nucleus WG chair). Prev @TU-Braunschweig.de, @LAM, @QMUL, @physicsuol.bsky.social 🇬🇧🇪🇸🇪🇺 https://sites.google.com/view/nickattree ORCID: 0000-0003-3344-6693

I hinted that there would be more images from the Juice flyby, so here is the timelapse of the full event! It's always amazing to get these views of our fragile Blue Marble from the spacecraft we send out to explore the solar system! 🔭🧪 #planetsci

A successful Earth flyby improves Juice’s course to Jupiter Earlier today, Juice flew just 8640 km above the Indian Ocean and snapped these images with its onboard monitoring cameras. 1️⃣Africa, by Juice monitoring camera 2️⃣Madagascar, by Juice NavCam 3️⃣Moon, by Juice NavCam 🔭 🧪 #planetsci

Mostly black space, most of Earth visible at the top right of the image. Part of a spacecraft visible on the left.Part of the island of Madagascar in black and white.A crescent Moon, with about a quarter of the Moon showing. Many craters are visible.

a collaborator told me about a useful statistical measure and I went to look it up on wikipedia to find it was "prompted by the problem of identifying the similarities of skulls based on measurements"... oh...umm... right...!

Mercury Transfer Module separation confirmed! 📡 ✅ Signal acquired via our Cebreros deep-space antenna confirms the spacecraft is healthy and operating as expected. The MPO and Mio spacecrafts are now on their way to Mercury orbit insertion on 21 November. Farewell, MTM. Mercury awaits. ☀️🛰️

Together, the stacked spacecraft travelled nine billion km, did 22 loops around the Sun and performed nine planetary flybys. MTM's propulsion system is dependent on Bepi's computer control, so after today, MTM will float around the Sun indefinitely. 🔭 🧪 #planetsci 2/3

BepiColombo appears to ‘hug’ Mercury in this image taken by the ESA/JAXA BepiColombo mission on 19 June 2023 as the spacecraft sped by for its third of three gravity assist manoeuvres at the planet. The back of the Mercury Planetary Orbiter’s high-gain antenna and part of the spacecraft’s body is visible in front of Mercury.Collage of images captured by BepiColombo’s monitoring camera during the Venus flyby on 15 October 2020. Two rows of four images each show parts of the BepiColombo spacecraft with planet Venus in the background.A view of Earth captured by one of the MCAM selfie cameras on board BepiColombo, as the spacecraft zoomed past the planet during its first and only Earth flyby on 10 April 2020.