from    
to    
search  

 


Microwave-shielded polar molecules
Non-Hermitian topology and braiding with photonic crystals
物理系colloquium: 超快激光精密制造
Remarks on fluctuations in large N dynamics
报告题目:
The Idea of Creation and Modern Science
 报告人:
Niels Henrik Gregersen
Professor and Chair of Contemporary Theology
at Copenhagen University, Denmark.
He is also Co-director of the newly established Centre
of Naturalism and Christian Semantics at Copenhagen University
报告时间:
2008-10-13 19:00
报告地点:
新斋(人文学院)353报告厅
主办单位:
清华哲学系
  简介:

The Idea of Creation and Modern Science

 

The Western idea of creation is often associated with the question of ultimate beginnings: “Why is there a world at all, and not just nothing”? This speculative question, however, does not stand in the centre of the Biblical tradition. Here two other questions prevail, “Why is there order in the universe at all?”, and “Why do the prosaic mechanisms of life result in such a manifold and poetic world?”

It is argued that both these ideas of divine creation – of orderliness and of historical fertility – have been formative for the natural sciences of Western modernity. In 17th century physics and chemistry the understanding of God as lawmaker inspired the idea of “laws of nature”. But not until the 19th and 20th century did the idea of nature’s historicity come into the centre of attention in thermodynamics and evolutionary theory. “There is grandeur in this view of life, with its several powers having been originally breathed into life by God”, as Charles Darwin ended his revolutionary book, On the Origin of Species.   

The lecture aims to show these historical lines in some detail while finding interesting parallels to the great Chinese traditions of cosmology.

 

Niels Henrik Gregersen is Professor and Chair of Contemporary Theology at Copenhagen University, Denmark. He is also Co-director of the newly established Centre of Naturalism and Christian Semantics at Copenhagen University

 

今日相关信息
Renaming is Weaker than Set Agreement
Hashing and the New Multicore Algorit...
开题与立项前的文献调研概述
 
同类别相关信息
最优潮流的可行性恢复映射深度神经网络
学习优化
第476期“工物学术论坛”:Combining ...
Conversion of Biomass into Useful C...
Publishing with Chem from Cell Pres...
学术活动