19. yüzyıl Osmanlı dünyasındaki bilginin üretimi ve dolaşımında bir kaymakam: Melek Ahmed Eğribozî
Is this your thesis?
This record came from a bulk archive import. If it’s yours, link it to your profile.
Abstract (EN)
This thesis focuses on transcultural interactions in Ottoman intellectual transformation process during the nineteenth century. It argues that the intellectual transformation in the nineteenth century emerged not only as a result of increased relations with Europeans, but also as part of inter-communal relations within Ottoman society. Moreover, beyond these relations, Ottoman intellectual life in this period offers examples of interwoven character. In this period, the Greek-origin and Greek-speaking Muslims had a significant influence on the intellectual transformation at the time. However, previous studies have examined this phenomenon based on the examples in the center. Thus, this thesis aims to contribute to our understanding of the reflection of this influence in Ottoman countryside through the life of Melek Ahmed Eğribozî, a Greek-speaking provincial official, and his book on the Greek Rebellion.
Author
Enes Talha Bilgin
Institution
How to Cite
Enes Talha Bilgin (Master Thesis). 19. yüzyıl Osmanlı dünyasındaki bilginin üretimi ve dolaşımında bir kaymakam: Melek Ahmed Eğribozî, 2024, TOBB Economics and Technology University.
License
Tüm Hakları Saklıdır
This work is shared under the specified license terms.
More theses from TOBB Economics and Technology University
- Eavesdropping potential in wireless sensor networks and modeling and analysis of network life time recovery(2018)
- A comparison of the effects of two different internal audit systems on strategic planning: A case study(2018)
- Unsupervised driver performance scoring using geographical position and sensor data(2018)
- Perception of Syrian asylum seekers and nationalism in Turkey: the case of Ekşi Sözlük(2018)
- Invisible women in the past: Politicization process of traditional women(2018)
- Product scheduling problem with learning effect in a flexible flow shop: an application in defense industry(2018)