3001 – Den sista resan
| 3001 – Den sista resan | |
| Författare | Arthur C. Clarke |
|---|---|
| Originaltitel | 3001: The Final Odyssey |
| Originalspråk | Engelska |
| Översättare | Ylva Spångberg |
| Land |  Storbritannien |
| Genre | Science fiction |
| Förlag för förstautgåvan | Prisma |
| Utgivningsår | 1997 |
| Huvudpersoner | Frank Poole |
| Del i serie | |
| Ingår i serie | Rymdodysséerna |
| Del | 4 |
| Föregås av | 2061 – Tredje rymdodyssén |
3001 – Den sista resan (engelska: 3001: The Final Odyssey) är en science fiction-roman från 1997 av Arthur C. Clarke. Den är den fjärde och sista delen av i romansviten Rymdodysséerna.[1] Under tidigt 2000-tal fanns planer på att filmatisera berättelsen, vilket dock inte blev av.[2]
Handling
(c) ESA/Hubble, CC BY 4.0
Konstnärs föreställning av Kuiperbältet
Huvudpersonen är astronauten Frank Poole som förolyckades i rymden i "2001" men som lokaliseras i Kuiperbältet, infångas, tinas upp och återupplivas år 3001.
Källor
- ^ ”Här är de bästa bokserierna” (på svenska). Sveriges Radio. 10 augusti 2018. https://sverigesradio.se/artikel/7014424. Läst 30 november 2022.
- ^ Greg Dean Schmitz. ”3001: The Final Odyssey – Greg's Preview – Yahoo! Movies” (på engelska). Arkiverad från originalet den 27 juni 2007. https://web.archive.org/web/20070627014222/http://movies.yahoo.com/movie/preview/1808402810. Läst 2 oktober 2014.
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Artist’s Impression of a Kuiper Belt Object.jpg
(c) ESA/Hubble, CC BY 4.0
This is an artist's impression of a Kuiper Belt object (KBO), located on the outer rim of our Solar System at a staggering distance of 6.5 billion kilometres from the Sun. Unlike asteroids, KBOs have not been heated by the Sun, and so are thought to represent a pristine, well preserved, deep-freeze sample of what the outer Solar System was like following its birth 4.6 billion years ago. The Sun appears as a bright star at image centre of this graphic, which represents the view from the KBO. The Earth and other inner planets are too close to the Sun to be seen in the illustration. The bright dot to the left of the Sun is the planet Jupiter, and the bright object below the Sun is the planet Saturn. Two bright pinpoints of light to the right of the Sun, midway to the edge of the frame, are the planets Uranus and Neptune, respectively. The planet positions are plotted for late 2018. The Milky Way appears in the background. A Hubble survey has uncovered three KBOs, ranging from 43 to 56 kilometres across, that are potentially reachable by NASA's New Horizons spacecraft after it passes by Pluto in mid-2015. Links: NASA Press release Hubble Tracks Kuiper Belt Object
(c) ESA/Hubble, CC BY 4.0
This is an artist's impression of a Kuiper Belt object (KBO), located on the outer rim of our Solar System at a staggering distance of 6.5 billion kilometres from the Sun. Unlike asteroids, KBOs have not been heated by the Sun, and so are thought to represent a pristine, well preserved, deep-freeze sample of what the outer Solar System was like following its birth 4.6 billion years ago. The Sun appears as a bright star at image centre of this graphic, which represents the view from the KBO. The Earth and other inner planets are too close to the Sun to be seen in the illustration. The bright dot to the left of the Sun is the planet Jupiter, and the bright object below the Sun is the planet Saturn. Two bright pinpoints of light to the right of the Sun, midway to the edge of the frame, are the planets Uranus and Neptune, respectively. The planet positions are plotted for late 2018. The Milky Way appears in the background. A Hubble survey has uncovered three KBOs, ranging from 43 to 56 kilometres across, that are potentially reachable by NASA's New Horizons spacecraft after it passes by Pluto in mid-2015. Links: NASA Press release Hubble Tracks Kuiper Belt Object