Reading group Theology and Politics in Akbarī Thought
mai 28, 2024
13:00-15:00
Ibn ʿArabī’s K. al-Tadbīrāt al-ilāhiyya
Mardi 28 mai 2024, 13:00-15:00
ISP, Collège Mercier, B126-128 ou online
Contact : Gregory Vandamme
mai 28, 2024
13:00-15:00
Ibn ʿArabī’s K. al-Tadbīrāt al-ilāhiyya
Mardi 28 mai 2024, 13:00-15:00
ISP, Collège Mercier, B126-128 ou online
Contact : Gregory Vandamme
mai 14, 2024
13:00-15:00
Ibn ʿArabī’s K. al-Tadbīrāt al-ilāhiyya
Mardi 14 mai 2024, 13:00-15:00
The following meeting will be on 28/05 (1–3 pm)
ISP, Collège Mercier, B126-128 ou online
Contact : Gregory Vandamme
avril 30, 2024
13:00-15:00
Ibn ʿArabī’s K. al-Tadbīrāt al-ilāhiyya
Mardi 30 avril 2024, 13:00-15:00
The following meetings will be on 14/05 & 28/05 (1–3 pm)
ISP, Collège Mercier, B126-128 ou online
Contact : Gregory Vandamme
avril 09, 2024
Ibn ʿArabī’s K. al-Tadbīrāt al-ilāhiyya (كتاب التبدبيرات الالهيّة)
Mardi 9 avril 2024, 13:00-15:00
The following meetings will be on 16/04, 30/04, 14/05, 28/05 (1–3 pm)
ISP, Collège Mercier, B126-128 ou online
Contact : Gregory Vandamme
avril 16, 2024
Autour de deux publications récentes (CEP & CDWM)
Autour de deux publications récentes (CEP & CDWM)
April 18, 2024
10:45
Louvain-la-Neuve
Place Croix du Sud, auditorium SUD 11
Spinal deformities are one of the most mechanically disabling pathology for the human body. Resolving spinal deformities using surgery is difficult, sensitive and frequently leads to the necessity to perform corrective surgeries. The modeling methodologies presented in this talk aim at filling a crucial void by empowering surgeons to optimize the efficacy of surgery planning while minimizing the likelihood of revision surgeries.
avril 16, 2024
10h - 12h
Louvain-la-Neuve
Maison des langues A.118
Animé par Agnès Guiderdoni, Anne Reverseau et Maxime Thiry.
April 08, 2024
14:00
Louvain-la-Neuve
Place du Levant 2, Seminar room b.044
The search for sustainable solutions for the production and transport of energy is essential to ensure Europe's leadership in these sectors. Micrometric metal particles offer a promising source of sustainable energy. Upon ignition, they generate a significant amount of energy without emitting carbon dioxide. Additionally, this process yields metal oxides that can be regenerated using wind or solar energy.
April 24, 2024
Online
(ULB)
will give a presentation on
April 10, 2024
online
(IMT Lucca)
will give a presentation on