pomarede

pomarede, 6 months ago to random

#scifi series I completed watching recently:

⭐️ Battle Star Galactica
⭐️ The Expanse
⭐️ Star Trek: The Next Generation
⭐️ Raised by Wolves
⭐️ Foundation
⭐️ Star Wars: The Mandalorian
⭐️ Star Wars: Andor
⭐️ Star Wars: Obi-Wan Kenobi
⭐️ Star Wars: The Book of Boba Fett

Now onboard:
⭐️ Star Trek: Deep Space 9
⭐️ For all Mankind

#sciencefiction #series #BattleStarGalactica #TheExpanse #StarTrekTNG #RaisedByWolves #Foundation #StarWars #Andor #Mandalorian #ObiWanKenobi #BobaFett #StarTrekDS9 #ForAllMankind

pomarede, 10 months ago to random

To celebrate the recovery of communications with #Voyager2, here is a bunch of classic Science Magazine, Nature, and Nature Astronomy covers featuring the adventures of the epic spacecraft, now located 19.9 billion kilometers away from Earth 🌍 📡 🚀

#space #astronomy #astrophysics #astrodon #universe #solarsystem #science #research #nasa #jpl #voyager #spacecraft

On 30 August 2007 Voyager 2 began to cross the termination shock, a boundary produced by the inter-action of the Sun with the rest of the Galaxy, where the supersonic solar wind abruptly slows as it presses outward against the surrounding interstellar matter. Five Letters in this issue present the data that the probe sent back. The Voyager 2 crossings occurred about 1.5 billion kilometres closer to the Sun than those of Voyager 1, illustrating the asymmetry of the heliosphere. Meanwhile, Voyagers 1 and 2 head for interstellar space, so may still have more to tell us. Cover graphic: Henry Kline/JPL
A cover of the Nature Astronomy Journal featuring the Voyager 2 spacecraft on its way out of the heliosphere. After 41 years of travel, Voyager 2 exited the heliosphere on 5 November 2018 at a distance of 119 au. This issue features five papers reporting plasma, particle and magnetic field measurements from the heliosheath, heliopause and interstellar medium, and their implications for our knowledge of the heliosphere.