Station
Similar stations in 39 Leonis
Surface Port - 148 Ls
Workers of 39 Leonis Revolutionary Party
Baxter Landing
Surface Port - 148 Ls
Workers of 39 Leonis Revolutionary Party
Walheim Enterprise
Starport (Orbis) - 148 Ls
New DK Leonis Values Party
Cugnot Dock
Starport (Coriolis) - 275 Ls
New DK Leonis Values Party
Gamow Horizons
Surface Port - 275 Ls
Workers of 39 Leonis Revolutionary Party
Lucretius Dock
Starport (Orbis) - 881 Ls
New DK Leonis Values Party
Sherrington Dock
Starport (Orbis) - 1,126 Ls
New DK Leonis Values Party
Runco City
Outpost (Civilian) - 1,439 Ls
39 Leonis Power Ltd
Cabana Terminal
Outpost (Civilian) - 1,442 Ls
NLTT 23036 Universal Exchange
Wegener Dock
Outpost (Civilian) - 12,764 Ls
39 Leonis Power Ltd
Shumil Terminal
Surface Port - 12,803 Ls
Workers of 39 Leonis Revolutionary Party
Brady City
Outpost (Civilian) - 12,806 Ls
NLTT 23036 Universal Exchange
Merle Mines
Surface Port - 12,862 Ls
Workers of 39 Leonis Revolutionary Party
Menezes Prospect
Surface Port - 12,865 Ls
Workers of 39 Leonis Revolutionary Party
Pippin Hub
Surface Port - 12,912 Ls
Workers of 39 Leonis Revolutionary Party
Lyakhov Beacon
Surface Port - 12,986 Ls
Workers of 39 Leonis Revolutionary Party
Galpedia
Omar Khayyám
Ghiyāth ad-Dīn Abu'l-Fatḥ ʿUmar ibn Ibrāhīm al-Khayyām Nīshāpūrī (/ˈoʊmɑr kaɪˈjɑːm, -ˈjæm, ˈoʊmər/; Persian: غیاث الدین ابوالفتح عمر ابراهیم خیام نیشابورﻯ, pronounced [xæjˈjɒːm]; 18 May 1048 – 4 December 1131), commonly known as Omar Khayyám, was a sufi mystic, Persian polymath, philosopher, mathematician, astronomer and poet. He also wrote treatises on mechanics, geography, mineralogy, music, and Islamic theology.
Born in Nishapur in North Eastern Iran, at a young age he moved to Samarkand and obtained his education there. Afterwards he moved to Bukhara and became established as one of the major mathematicians and astronomers of the medieval period. He is the author of one of the most important treatises on algebra written before modern times, the Treatise on Demonstration of Problems of Algebra, which includes a geometric method for solving cubic equations by intersecting a hyperbola with a circle. He contributed to a calendar reform.
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