摘要
为了揭示知识创新规律,依据仿生学原理,采用仿生学演绎与实证研究两种方法,以生物基因自由组合规律为原型,类比提出了知识基因自由组合规律,又经实际案例验证,该规律揭示了知识创新规律,并据此建立了知识创新路线图。知识基因自由组合规律,是指两对知识基因在杂合状态时,保持其独立性,互不融合,配子形成时,同一对知识基因各自独立分离,不同对知识基因自由组合。该研究结果突破了现有成果,是破解知识创新规律的新观点,是基于仿生学发现的重要基础理论,适用于知识创新相关研究领域。
In order to reveal the new rules of knowledge innovation, aeeording to basic principles of bionics, the free eombination rule of knowledge genes is proposed applying such methods as bionies deduction and corroborative research through analogies based on the free eombination rule of biologieal genes as prototype. Then after researches on corroborative eases, this rule reveals the rule of knowledge innovation, and aceording to it, a roadmap of knowledge innovation is established. The free combination rule of knowledge genes can be described as ： when two pairs of knowledge genes remain heterogeneous, both pairs maintain their own independence and do not integrate with each other. Whereas, when gametes form, knowledge genes within the same gene pair separate individually and different gene pairs combine freely. The result of this research represents a breakthrough for currently -aequired achievements and a new idea for the revelation of new rules for knowledge innovation, and it is also an important theoretical foundation based on bionics findings, thus can be applied into relevant researeh domains of knowledge innovation.
出处
《科学学研究》
CSSCI
北大核心
2011年第10期1460-1464,1448,共6页
Studies in Science of Science
关键词
知识创新
规律
仿生学演绎
实证研究
知识基因
自由组合
knowledge innovation
rules
bionics deduction
corroborative research
knowledge gene
free combination
