Positive love in the philosopy of Muhyiddin Ibn Arabi
2025
0 görüntülenme
0 i̇ndirme
Danışman: Prof. Dr. Hüseyin Çaldak
Özet (EN)
This study explores the central position of love in the philosophy of Muhyiddin Ibn Arabi, considering it the driving force of existence and the supreme means of attaining the divine truth. In his view, love is not merely a human emotion but the very essence of existence itself; without it, the universe would have neither meaning nor purpose. The study also highlights that love is positive and creative, leading humans to self-knowledge and the knowledge of God. Every aspect, from human relationships to divine love, is seen as an expression of the universal love that reflects the beauty of the Truth. Ibn Arabi emphasizes that love does not distinguish between the lover and the beloved but rather unites them.This study is divided into an introduction, a prelude, four chapters, and a conclusion. It ends with a conclusion summarizing the most important findings reached through the research. It also includes a list of sources and references that supported the study, as well as a set of appendices that further enriched the research.
Yazar
Dr. Sulıman Alhabash
Bu Yayına Nasıl Atıf Yapılır
Sulıman Alhabash (Master Thesis). Positive love in the philosopy of Muhyiddin Ibn Arabi, 2025, Bingöl University.
Anahtar Kelimeler
Lisans
Tüm Hakları Saklıdır
Bu eser belirtilen lisans koşulları altında paylaşılmaktadır.
Bingöl University tezlerinden daha fazlası
- The path of two ancient disciplines: The symbiotic journey of chess and philosophy(2024)
- Investigation of physical fitness in adolescent children according to the relative age effect(2025)
- الخدمات المصرفية في مصرف جيهان للاستثمار والتمويل الاسلامي(2025)
- نقد الزيديّة للإمامية الاثنا عشرية في فكرة الإمامةالمؤيد يحيى بن حمزة الزيدي أنموذجا(2023)
- Usage of copper nanoparticles prepared by biological synthesis (green synthesis) for the removal of azo dyes and determination of some biological activities(2023)
- Self-assembled monolayer conducting polymer film/metal composite electrocatalysts: Electrolysis and direct methanol fuel cell applications(2023)
