HackerNews中文版

退休物理学教授奥古斯特·梅森[1]自20世纪60年代末以来一直在研究UFO现象。根据目击者报告，他得出结论，这些飞行器一定使用了电磁推进系统[2]。随后，他开发了脉冲电磁推进（PEMP）系统[3]。其原理是飞行器产生强烈的交变磁场，并在恰当的时间和地点使周围的空气电离。这会产生洛伦兹力，通过反作用力推动飞行器前进。他继续研究如何在实践中产生如此强烈的交变磁场。这促使他发现了一种具有非凡特性的新型振荡器——它要求飞行器的外壳是超导的[4]。这带来了方便的副作用，即可以屏蔽乘员免受强磁场的影响。如果正确，这意味着超高温超导性——远高于室温——不仅是可行的，而且已经被制造这些飞行器的人所掌握。梅森教授随后转向了这种超高温超导性（VHTS）在物理上如何成为可能的问题。他刚刚完成了这项研究，发表了一项新理论[5]，解释了镁如何成为这种超导体。在超导状态下，镁会形成非常强的键，这可以解释罗斯威尔碎片所报告的异常物理特性。 [1] https://www.meessen.net/AMeessen/ [2] https://www.meessen.net/AMeessen/UFO_Evidence_of_Very_Strong_Low_Frequency_Magnetic_Fields.pdf [3] https://www.meessen.net/AMeessen/UFO_Pulsed_EM_Propulsion_of_Unconventional_Flying_Objects.pdf [4] https://www.meessen.net/AMeessen/UFO_Production_of_EM_Surface_Waves_by_Superconducting_Spheres.pdf [5] https://www.scirp.org/journal/paperinformation?paperid=149827

查看原文

The retired physics professor Auguste Meessen [1] has studied the UFO phenomenon since the late 1960s. From witness reports, he concluded that these craft must use an electromagnetic propulsion system [2].<p>He then developed the Pulsed ElectroMagnetic Propulsion (PEMP) system [3]. The principle is that the vehicle generates an intense alternating magnetic field and ionises the surrounding air at precisely the right time and location. This produces a Lorentz force which, by reaction, propels the craft.<p>He went on to investigate how such an intense alternating magnetic field could be generated in practice. This led him to discover a new type of oscillator with remarkable properties — one that requires the outer shell of the craft to be superconducting [4]. This has the convenient side effect of shielding the occupants from the intense magnetic field. If correct, this implies that superconductivity at very high temperatures — well above room temperature — is not only feasible but has been mastered by whoever built these craft.<p>Professor Meessen then turned to the question of how such Very High Temperature Superconductivity (VHTS) might be physically possible. He has just completed this line of research with the publication of a new theory [5] explaining how magnesium could become such a superconductor. In the superconducting state, magnesium would form very strong bonds, which could account for the unusual physical properties reported for the Roswell fragments.<p>[1] https://www.meessen.net/AMeessen/ [2] https://www.meessen.net/AMeessen/UFO_Evidence_of_Very_Strong_Low_Frequency_Magnetic_Fields.pdf [3] https://www.meessen.net/AMeessen/UFO_Pulsed_EM_Propulsion_of_Unconventional_Flying_Objects.pdf [4] https://www.meessen.net/AMeessen/UFO_Production_of_EM_Surface_Waves_by_Superconducting_Spheres.pdf [5] https://www.scirp.org/journal/paperinformation?paperid=149827

纯镁金属、不明飞行物和铜氧化物的高温超导性