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1.
高玉宽 《开封教育学院学报》2005,25(3):17-19
爱因斯坦是位伟大的科学家，同时也是一位杰出的思想家。他的怀疑和批判精神，关于自然界统一性的思想和自然科学的唯物主义是引导他取得一系列科学成就的指导思想，并已成为人类宝贵的精神财富，对科学的进步产生了并将继续产生巨大的推动作用。 相似文献
2.
介绍了爱因斯坦1905年发表的5篇论文及其意义，介绍了爱因斯坦学生时代的生活特征及对学校教育模式的影响．纪念的目的在于倡导爱因斯坦的科学精神，提高广大公众的物理学意识． 相似文献
3.
借2005年世界物理年、相对论发表100周年、爱因斯坦逝世50周年纪念的历史契机,从结合于体育实践的角度对伟人爱因斯坦进行了迟到的追忆,从中体会到其及予新世纪中国体育事业发展的若干启示,并感悟到竞技体育的“绝对”标准。 相似文献
4.
刘同舫 《科学．经济．社会》2005,23(3):70-73
对世界的宇宙秩序之和谐（世界秩序之美）的追求是爱因斯坦锲而不舍进行科学探求的动机;和谐是爱因斯坦构建科学理论的方法论基础（研究方法之真）;把科学理解为和谐（科学运用之善）,全面理解科学的本质使命,是爱因斯坦科学的人文精神之所在. 相似文献
5.
《Educational Philosophy and Theory》2013,45(5):621-637
Taking Wittgenstein's love of music as my impetus, I approach aporetic problems of epistemic relativity through a round of three overlapping (canonical) inquiries delivered in contrapuntal (higher and lower) registers. I first take up the question of scepticism surrounding ‘groundless knowledge’ and contending paradigms in On Certainty (physics versus oracular divination, or realism versus idealism) with attention given to the role of ‘bedrock’ certainties in providing stability amidst the Heraclitean flux. I then look into the formation of sedimented bedrock knowledge, or practices of knowing, by comparing Wittgenstein's remarks on animal habituation and initiate training into human forms of life. In the latter case, mastery of techniques—our common education—secures agreement in judgment. Finally, I entertain Wittgenstein's obscure references to Einstein's Relativity in Zettel, showing initiate training as a way of ‘setting the clocks’ with variable degrees of certainty, relative to the language‐games played. Together, these three approaches help us to stop the ‘endless circling’ when philosophers try to address knowledge questions through the logic of object and designation, or verification of correspondence between propositions and things. Instead, attention moves to the way we educate our children and how we employ agreements and bedrock certainties in practices. 相似文献
6.
诗人蒲柏曾给牛顿拟过一个碑文,后来虽未予采用,但该诗却流传甚广,很多关于牛顿的文章都引用过它。其后,另一个英国诗人J．C．斯奎尔,按同样的形式又续了一首诗。对于后一首诗准确的理解和翻译,曾经引起了一场很热烈的争论。 相似文献
7.
规范理论的创始人外尔,在1918年运用爱因斯坦建立相对论的思想和方法,把“尺度相对性原理”同“运动相对性原理”相比较,大胆地提出了规范不变性原理,这勇敢的一步在得到了爱因斯坦由衷赞赏的同时,也遭到爱因斯坦的严厉批评,可贵的是外尔自始至终没有放弃自己规范不变性原理的思想。文章使用“剩余结构”理论详细分析了规范理论发展的这关键一步,有利于深刻理解规范不变性原理与数学和物理的关系问题。 相似文献
8.
本文简要地论述了爱因斯坦在20世纪的物理学中,所作出的巨大而显赫的贡献。然而就连这样一位超越时空的科学泰斗,居然也屡遭诺贝尔奖委员会对他的冷遇与"嘲弄",从而揭示了诺贝尔奖也存在着不公正性。并将此结合诺贝尔物理学奖百余年的辉煌,谈谈我们的心得体会。 相似文献
9.
We have derived a set of field equations for a Weyssenhoff spin fluid including magnetic interacton among the spinning particles prevailling in spatially homogeneous,but anisotropically cosmological models of Bianchi type V based on Einstein-Cartan theory.We analyze the field equations in three different equations of states specified by p=1(1/3)ρand p=0,The analytical solutions found are non-singular provided that the combined energy arising from matter spin and magnetic interaction among particles overcomes the anisotropy energy in the Universe,We have also deduced that the minimum particle numers for the radiation(p=(1/3)ρ) and matter(p=0) epochs are 10^88 and 10^108 respectively.the minimum particle number for the state p=ρ is 10^96,leading to the conclusion that we must consider the existence of neutrinos and other creation of particles and anti-particles under torsion and strong gravitational field in the early Universe. 相似文献
10.
S. Banerji 《Resonance》2006,11(2):27-42
Contrary to what we learn in textbooks on the Special Theory of Relativity, Michelson-Morley experiment had no direct influence
on Einstein’s discovery although he undoubtedly knew about it. At the age of only 16, Einstein imagined himself standing in
front of a plane mirror while he himself together with the mirror was being carried forward with the velocity of light. He
asked himself the question whether he would be able to see his image in the mirror in such a situation. In trying to solve
this problem he thought over the whole foundation of physics with no assistance from any physicist. He, however, profited
from some discussions with a few of his colleagues (the main person being Besso) who were unknown to the world of physics.
Here we try to reconstruct in our own way the arguments that perhaps led Einstein to his goal. In our effort, we are guided
by some of his utterances and interviews given to different people in his later life. 相似文献