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New Progression about Gravity Quantization in General Relativity Theory in Real Space-time
引用本文:DUAN Shao guang. New Progression about Gravity Quantization in General Relativity Theory in Real Space-time[J]. 保鲜与加工, 2002, 0(1): 109-112
作者姓名:DUAN Shao guang
摘    要:Professor Venzo de Sabbata,working at World Laboratory,Lausanne,Switzerland,and Department of Physics,University of Bologna and Ferrara,Italy,is a famous Italy Physicist in the world.He is engaged with a series of creating research works about gravity quantization of General Relativity Theory in the real space-time which attract the attentions of the world.This paper pays the attention to introduce the works of this field,containing mainly:1.quantizing the general relativity theory in the sense of Einstem-Cartan theory,i.e., general relativity adds the torsion,which means introducing spin into the theory of gravity.2. building a compact mathematical tool for research of gravity quantization,the geometric algebra in the real space-time--multivector algebra,i.e.,developing a spinor manifold in the real space-time.

关 键 词:general relativity theory  real space-time  gravity  quantization  geometric algebra  multivector  tensor  spinor
修稿时间:2001-06-18

New Progression about Gravity Quantization in General Relativity Theory in Real Space-time
DUAN Shao guang. New Progression about Gravity Quantization in General Relativity Theory in Real Space-time[J]. Storage & Process, 2002, 0(1): 109-112
Authors:DUAN Shao guang
Abstract:Professor Venzo de Sabbata,working at World Laboratory,Lausanne,Switzerland,and Department of Physics,University of Bologna and Ferrara,Italy,is a famous Italy Physicist in the world.He is engaged with a series of creating research works about gravity quantization of General Relativity Theory in the real space-time which attract the attentions of the world.This paper pays the attention to introduce the works of this field,containing mainly:1.quantizing the general relativity theory in the sense of Einstem-Cartan theory,i.e., general relativity adds the torsion,which means introducing spin into the theory of gravity.2. building a compact mathematical tool for research of gravity quantization,the geometric algebra in the real space-time--multivector algebra,i.e.,developing a spinor manifold in the real space-time.
Keywords:general relativity theory  real space-time  gravity  quantization  geometric algebra  multivector  tensor  spinor
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