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摘要


撓場(torsion field)又稱自旋場(spin field)或扭場(axion field)是物體自旋角動量扭曲時空座標所產生的場。愛因斯坦1915年提出《廣義相對論》時,並未考慮物體的自旋效應。1920年代,卡坍(Cartan)首先在《廣義相對論》中考慮物體自旋導致時空的扭曲,因而產生的撓場。它是萬有引力、電磁力、弱作用力、強作用力之外的另一種力,爲第五種力。當撓場靜止時,它的強度正比於萬有引力常數G乘以普蘭克常數h,因此比四種力中最弱的萬有引力還弱10^27倍,因此在物理界不受重視。但是俄國物理學家在過去五十年內,對物體自旋所產生時空扭曲的「撓場」,做了深入的研究,並聲稱與人體特異功能現象有關。我們利用特殊設計的水晶所產生的氣場及撓場產生器所產生的撓場,做了初步的穿透特性實驗,發現兩者物理性質在很多層面相當類似。由此,我們也發現水晶所產生的“氣”場會與一些特殊文字及幾何結構產生交互作用。

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並列摘要


Torsion field sometimes called spin field or anion field is the field generated by the torsion of the space-time coordinate by the spin angular momentum of the object. When Einstein proposed the general relativity in 1915 he didn't consider the effect of spin of the object. In 1920's, Cartan first considered the torsion of the space-time caused by the spin of the object in general relativity. It turns out to be the fifth force in addition to the gravitational, electromagnetic, weak and strong forces. When the torsion field is static, its strength is proportional to the gravitation constant G times the Planck constant h, therefore, it is 10^27 times weaker than the weakest gravitation of the four forces, thus it was not taken seriously. However, Russian physicists had made in-depth research into the space-lime torsion caused by the spin of the object in the past 50 years, they claimed that the torsion field had something to do with extra sensory perception of human. Preliminary experiments have been done to study the transmission properties of either Qi generated by a specially designed quartz crystal or torsion field produced by torsion field generator. It was discovered that the physical properties of Qi and torsion field are quite similar in many ways. It was also discovered that the Qi tends to interact with some special characters and geometrical structures.

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