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- Hyperdriveplugin-autotooltip__small plugin-autotooltip_bigHyperdrive
Most modern interstellar space travel is achieved using variations on the tachyon transference drive (TTD), variously called the tachyon drive or hyperdrive. This circumvents the laws of mass and energy by “flipping” a vessel travelling at speeds approaching the speed of light into tachyonic particles. These particles have no mass in the convention sense, as they are incapable of interacting with sub-luminal matter. They also travel at the speed of light within their own point of … - mass and energy by "flipping" a vessel travelling at speeds approaching the speed of light into tachyo... acting with sub-luminal matter. They also travel at the speed of light within their own point of refe... d time is the same as if they had been travelling at the speed of light between two points. However, ... ackward loop, they in fact arrive in normal space at a point in time contiguous with their departure.
- Bandar (non-humanoid species)plugin-autotooltip__small plugin-autotooltip_bigBandar (non-humanoid species)
The bandar are a highly advanced non-humanoid civilisation native to the heavy gravity world, Bantmitual. Though gregarious amongst their own kind and having advanced technological abilities, few bandar leave their world of birth, and no bandar has ever left their home system. They give their name to the - protecting four eyes, two facing forward and one at each tip, giving a broad degree of vision. The mouth is at the base of the forebody where it connects to the... been relegated to history. Their brain stem is at the front of the thorax, closer to their nose and... dar cope badly with micro-gravity. Early attempts at space flight, or even ascension by space elevator
- Bantmitual (planet)plugin-autotooltip__small plugin-autotooltip_bigBantmitual (planet)
Bantmitual, also called Bandar Prime, is the principle inhabited planet of the Bandar System. It is the homeworld of the bandar, a highly advanced yet retiring tetrapodal species who are spacefaring, but have never ventured much beyond their home system. - planet's mass. Traditionally the bandar sleep for at least 25 of those hours, and can enter a state of... y real motivation for developing space technology at all. They long ago terraformed and colonised th... any other star is the most likely explanation for their stay-at-home reputation. {{tag>1gd planets}}
- Bandar Gulfplugin-autotooltip__small plugin-autotooltip_bigBandar Gulf
The Bandar Gulf is a region of nearly empty space between two strands of the local galactic arm, about 40 light years at its widest point, and nearly 100 light years long. The only star in this void is the sun of the Bandar System, home to the bandar race, a highly advanced and cultured race who have never ventured beyond their home system, despite having the ability to do so. - s of the local galactic arm, about 40 light years at its widest point, and nearly 100 light years long... ree-dimensional tear, like a rip in cloth, widest at its central point and narrowing at either end. It is unclear whether the space was pulled apart perha
- Ma'agahplugin-autotooltip__small plugin-autotooltip_bigMa'agah
Ma'agah (1GD.Pa9) is the ninth, outermost planet of the star Cordes in the Cronox System. It is a small, cold, dark world of rock and ice with an elliptical orbit, with the planet being pulled towards the binary star Arjos. At aphelion it is twice as far from the sun as at perihelion. - lanet being pulled towards the binary star Arjos. At aphelion it is twice as far from the sun as at perihelion. It is unusually dense for an outer-syste... loser to its sun and thrown into the outer system at some point in its formation. Its surface suggest
- Cronox Systemplugin-autotooltip__small plugin-autotooltip_bigCronox System
Planets of the Cronox-Cordes system
Terrestrial planets of Cordes, to scale
Position of Cronox in Syndicate space
Cronox [CRON-ox] is a S-type detached-binary star system consisting of the stars 1GD.Pa-Cordes and 1GD.Pb-Arjos. The two orbit a common barycenter at a sufficient distance for each to have its own independent planetary system. The two stars' orbital planes are at 83 degree angle from each other, which suggests that the two stars originally formed independently o… - GD.Pb-Arjos**. The two orbit a common barycenter at a sufficient distance for each to have its own in... netary system. The two stars' orbital planes are at 83 degree angle from each other, which suggests t
- Ra and Ratérplugin-autotooltip__small plugin-autotooltip_bigRa and Ratér
Ra (RAH) and Ratér (rah-TAIR) are mutually-orbiting binary planets in the Cronox System. The two are both marginal for human life but were settled many millennia ago. Rivalry and conflict between the two throughout their history laid the foundation for a series of accords for mutual co-operation, which was the foundation for the - r barycentre. Although both worlds once rotated at their own rate, today their faces are forever tid... iod of cold, moonless night. On the inner faces, at night the world is lit by moonlight which waxes a
- Kwato'orplugin-autotooltip__small plugin-autotooltip_bigKwato'or
Kwato’or (KWAT-oh-oor) is the six planet of Cordes in the Cronox System.
It is a gas supergiant, violent and beautiful, with titanic eternal storm systems coloured white and all shades from pale lilac to deep purple. It is a true giant, approximately 2.4 Jovian masses, so big that it causes the - rticularly high tides whenever the two worlds are at periapsis, every 1.3 Helevos solar years. When co
- Bandar Systemplugin-autotooltip__small plugin-autotooltip_bigBandar System
The Bandar system is an isolated solar system in the midst of the Bandar Gulf, an empty region of space approximately 40 LY across. Its single star is an orange subgiant.
Astrography of the Gamma Delta Quadrant
This is in a series of articles about stars, planets, civilisations and technologies of the wider - Bantmitual also having two large inhabited moons at the L4 and L5 Lagrange points, preceding and foll