michael_w_busch, to random
@michael_w_busch@mastodon.online avatar

At the workshop today; Ian Carnelli confirms that the mission is on schedule for launch in October: https://www.cosmos.esa.int/documents/11661626/11661645/Hera_April2024_Schedule_V5.pdf/

It is then five months out to fly by Mars before going on to & to follow up on the deflection demonstration.

michael_w_busch,
@michael_w_busch@mastodon.online avatar

Agata Rożek describes current plans for Earth-based lightcurve observations of this year; to give a midpoint between the and the .

She also notes an occultation on 2024 August 13, if anyone near wants to chase it: https://asteroidoccultation.com/2024/2024_08/0813_65803_84320_Map.gif

Addendum:

Further details on Didymos occultation observation opportunities in Australia this year, via Kleomenios Tsiganis - https://lagrange.oca.eu/fr/blog

michael_w_busch,
@michael_w_busch@mastodon.online avatar

For the contingent:

If anyone on the South Island has >20 cm telescopes that could be driven to a particular stretch of road south of Dunedin; the asteroids and will apparently run in front of a star as seen from there on 2024 May 5 - https://lagrange.oca.eu/fr/blog .

Not much notice; but maybe someone is already planning something?

grb090423, to random
@grb090423@mastodon.social avatar

Due to launch in October.

Hera asteroid mission’s side-trip to Mars.

https://www.esa.int/Space_Safety/Hera/Hera_asteroid_mission_s_side-trip_to_Mars

mattotcha, to Astronomy
@mattotcha@mastodon.social avatar
Landru79, to random Spanish
@Landru79@astrodon.social avatar

Mission
- - RGB
target:

NASA/ASI/N. Méndez/j. Roger

video/mp4

AkaSci, (edited ) to random
@AkaSci@fosstodon.org avatar

The NASA DART spacecraft that rammed into asteroid Didymos's moonlet Dimorphos on Sep 26, 2022, not only created a long tail of fine particles, it also ejected dozens of large boulders from its surface.
The Hubble space telescope imaged 37 such boulders in Dec 2022, ranging in size from 1 m to 6.7 m, which are drifting away from Dimorphos at ~1 km per hour. The total mass in these boulders is about 0.1% that of Dimorphos.

https://esahubble.org/news/heic2307/
https://stsci-opo.org/STScI-01H5SQ4B4MJ5Z57K9F6PJ1S230.pdf
#DART
1/n

AkaSci, (edited )
@AkaSci@fosstodon.org avatar

Shown in the first graphic below is the location of asteroid Didymos and its moonlet Dimorphos on Dec 19, 2022, when the Hubble observations were made.
The 2nd graphic shows its location and distance from earth today, which is certainly not favorable for imaging. The next favorable observation period is in July 2024.

https://ssd.jpl.nasa.gov/tools/sbdb_lookup.html#/?sstr=didymos&view=VOP
#Dart #Didymos
4/n

spaceflight, to space
@spaceflight@techhub.social avatar

The got a nice 🛰️ video of the flyby, but it's got >200MB. So here's the 1MB version. Original : https://www.jpl.nasa.gov/images/pia25723-juno-offers-a-window-seat-for-a-jupiter-flyby

video/mp4

spaceflight,
@spaceflight@techhub.social avatar

will investigate whether the ocean 🌊 of 's could be a suitable habitat for life 🦠
II will put 👨‍🚀 into around the 🌙 before returning them home.
(Volatiles Investigating Polar Exploration Rover) will explore the moon's 🌙 south pole
will orbit the moon 🌙, measuring the temperature 🌡️ of the surface and mapping out the locations of water 💧 molecules
's Moon eXploration () will land on ' surface and collect a sample ⛏️ before returning to
's will study physical properties of the ☄️ and
https://www.cbsnews.com/news/space-missions-launch-2024-artemis-clipper-viper-moon-mars/

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