王歳差 王歳差
关注数: 22 粉丝数: 163 发帖数: 24,306 关注贴吧数: 247
“进动-时间悖论”的数学问题 Beelzebub's Buried Dog The Mathematical Problem of the "Precession-Time Paradox" There is no doubt anymore - outside the solar system, Einstein's complicated Theory of a non-linear gravitation does prevail considerably over Newton's linear. Can the so-called THEORY OF EVERYTHING be unraveled at last? Experts at the International Astronomical Union, the NASA's Jet Propulsion Laboratory, the US Naval Observatory, the Max-Planck-Institute for Astrophysics, the Royal Astronomical Society, the National Research Council of Canada and other renowned institutes, as well as famous physicists like Dr. Stephen Hawking are not able to solve the problem, since they do not comprehend the fundamental physical and mathematical principles of the civil-calendar. "The last time we had a real expert on these matters was with Fr. Clavius,* about 400 years ago." Christopher J. Corbally, Vatican Observatory Research Group *(Christophorus Clavius - the distinguished mathematician, who participated in the calendar reform of 1582) In scientific textbooks it is generally claimed, that our Earth is like a gyroscope. Viewed as a physical exception, Earth is suppose to precess opposite to its direction of rotation. The period of its complete precession cycle is said to take about 25 800 years. During this time period, it is claimed Earth supposedly goes through one retrograding rotation relative to the inertial system of the fixed stars. An additional time interval of one year of about 365 days must occur simultaneously. But since this time interval cannot be substantiated by actual time measurement, hence the theory of the Earth's precession does not have a proven scientific foundation. A simple mathematical example shall explain the physical aspect of this precessional motion:
奇特星系惊现原始恒星 宇宙空洞区域中一个孤立的星系出人意料地充满了原始恒星。这或将让天文学家首次观测到一类理论上形成于宇宙诞生初期、却从未被直接发现的恒星天体。尽管詹姆斯·韦伯太空望远镜(JWST)能观测到接近宇宙起源的图景,但科学家始终难以确证第一代恒星——“星族Ⅲ恒星”的存在。这类由纯氢构成的巨型恒星诞生于宇宙初期,几乎不含恒星死亡爆炸时产生的重元素。 虽然早期宇宙中已发现这类恒星的蛛丝马迹,但大爆炸后仅数亿年星系就普遍被重元素污染,导致确凿证据难以寻觅。如今,美国加州理工学院的研究团队发现了一个几乎完全由氢构成的星系,这正是星族Ⅲ恒星存在的标志。令人意外的是,这个名为AMORE6的星系存在于宇宙诞生约10亿年后,远比预期时间更晚。近日,相关研究发表于arXiv。发现AMORE6星系的阿贝尔2744星系团 图源:NASA 该星系最初在阿贝尔2744星系团中被发现。通过JWST的光谱分析,团队发现该星系完全不存在常见氧离子,其氧含量不足太阳的0.2%,表明重元素污染程度极低。研究人员指出:“在JWST图像中,AMORE6呈现相对孤立状态,这可能是其保持原始性的关键。这种孤立意味着该区域可能早期缺乏触发恒星形成的足够气体,某种意义上属于‘晚熟星系’。” 美国哈佛—史密森天体物理中心的Fabio Pacucci评价:“若结果得到证实将意义重大,因为宇宙演化后期理论上不应存在如此原始星系环境。”这一发现还提升了观测“直接坍缩”黑洞的可能性——这类黑洞由原始气体云直接形成(而非恒星坍缩)。Pacucci解释,虽然理论预测这类黑洞存在,但以往认为原始气体仅存于大爆炸后1亿年内,观测窗口过早。若原始气体能存留更久,人类发现它们的几率将大幅提升。 相关论文信息:http://tieba.baidu.com/mo/q/checkurl?url=https%3A%2F%2Fdoi.org%2F10.48550%2FarXiv.2507.10521&urlrefer=ec3afd50c1ad07fa07d63fcc93b72e16
首页 1 2 3 下一页