Tachyons Particles as a Paradigm for the Existing of the Status of Quantum Metaphysics

K. Belew
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Abstract

As many scientists wrote repeatedly, quantum mechanics is a naturalistic theory and it flourished in 1920s, so as to solve physical problems through empirical experiment.  It is the most vivacious empirical science to explain cosmological puzzles for the last one hundred years consistently. Philosophers of physics evidently argue that the nature of quantum mechanics (sometimes so-called quantum theory or physics) in physics can be associated with the coming of logical positivism (empiricist philosophy) on the philosophy segment. As history of physics showed quantum physics is a one among the many scientific theories which is the most fruitful and applied over. Though scientists were raised intentionally or unintentionally metaphysical questions, but they applied quantum mechanical stance. Accordingly, till 20 th c physicists were simply defending on experiment based reality only (but failed)! However, mid-20 th century later theoretical physicists have changed this experimental physics and it follows revolutionized science. Therefore, there was a paradigm shift from the quantum mechanics stance to quantum metaphysics posture because the revolution in physics is not only to review and reading about the physical world, but also the world of metaphysics too. Thus, in modern societies, a strange and new theoretical quantum science was developed in 1967’s by Gerald Feinberg, so called quantum metaphysics which can justify through Tachyon particles so as to realize metaphysical mien. Based on quantum physics postures, Feinberg puts forward an assumption of quantum metaphysics and Tachkyonic particles in general. Keywords: Quantum Physics, Physics, Metaphysics, Quantum Metaphysics, Tachyons, Feinberg DOI : 10.7176/APTA/82-02 Publication date: January 31 st 2020
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速子粒子:量子形而上学地位存在的范式
正如许多科学家反复写的那样,量子力学是一种自然主义的理论,它在20世纪20年代蓬勃发展,以便通过经验实验来解决物理问题。它是最生动的经验科学解释宇宙谜题在过去的一百年里始终如一。物理学哲学家显然认为,物理学中的量子力学(有时称为量子理论或物理学)的本质可以与哲学部分的逻辑实证主义(经验主义哲学)的到来联系在一起。正如物理学的发展史所表明的那样,量子物理学是众多科学理论中最富有成果和应用最广泛的理论之一。虽然科学家们有意无意地提出了形而上学的问题,但他们运用了量子力学的立场。因此,直到20世纪,物理学家们只是简单地捍卫基于实验的现实(但失败了)!然而,20世纪中期以后的理论物理学家已经改变了这种实验物理学,它遵循革命性的科学。因此,出现了从量子力学立场到量子形而上学立场的范式转变,因为物理学的革命不仅是对物理世界的回顾和阅读,也是对形而上学世界的回顾和阅读。因此,在现代社会中,杰拉尔德·范伯格于1967年发展了一种奇怪的、新的理论量子科学,即所谓的量子形而上学,它可以通过超光速粒子来证明,从而实现形而上学的境界。基于量子物理的姿态,Feinberg提出了量子形而上学和一般速子粒子的假设。关键词:量子物理,物理学,形而上学,量子形而上学,Tachyons, Feinberg DOI: 10.7176/APTA/82-02出版日期:2020年1月31日
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