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Cisterna Basilica is located to the west of Hagia Sophia and is of a similar size. The square on the left of the map marks the location of the Cistern of Philoxenos.. The Basilica Cistern, or Cisterna Basilica (Greek: Βασιλική Κινστέρνα, Turkish: Yerebatan Sarnıcı or Yerebatan Sarayı, "Subterranean Cistern" or "Subterranean Palace"), is the largest of several hundred ...
[230] [231] The main dome of the Hagia Sophia was the largest pendentive dome in the world until the completion of St Peter's Basilica, and it has a much lower height than any other dome of such a large diameter. The great dome at the Hagia Sophia is 32.6 meters (one hundred and seven feet) in diameter and is only 0.61 meters (two feet) thick.
Intended as an assertion of Juliana's own imperial lineage, it was a lavishly decorated building, and the largest church of the city before the construction of the Hagia Sophia. It introduced the large-scale use of Sassanid Persian decorative elements, and may have inaugurated the new architectural type of domed basilica , perfected in the ...
Basilica Cistern; Boukoleon Palace; C Chora Church; Church of St. Mary of Blachernae (Istanbul) Church of St. Mary of the Mongols; Church of St. Polyeuctus; Cistern of Philoxenos; D E Eski Imaret Mosque; F Fenari Isa Mosque; G Gül Mosque; H Hagia Irene; Hagia Sophia; Hippodrome of Constantinople; Hirami Ahmet Pasha Mosque; K Kalenderhane ...
Articles relating to the Hagia Sophia, its history, and depictions.The last of three church buildings to be successively erected on the site by the Eastern Roman Empire, it was completed in 537 AD.
The most severe of these was the Nika riots of 532, in which an estimated 30,000 people were killed [7] and many important buildings were destroyed, such as the nearby second Hagia Sophia, the Byzantine cathedral. The current (third) Hagia Sophia was built by Justinian I following the Nika riots.
This style influenced the construction of several other buildings, such as St. Peter's Basilica. Hagia Sophia should have been built to withstand earthquakes, but since the construction of Hagia Sophia was rushed this technology was not implemented in the design, which is why the building has had to be repaired so many times due to damages from ...
Near the east end of the aqueduct there is a distribution plant, and another lies near Hagia Sophia. The water feeds the zone of the imperial palace. [ 8 ] The daily discharge in the 1950s amounted to 6,120 cubic metres (216,000 cu ft). [ 8 ]