中微子与引力子暗物质的关联性Relevance neutrino and dark matter graviton
黄振强, 黄宇翔
汉斯预印本Vol.1 No.1, 全文下载: PDF DOI:10.12677/HANSPrePrints.2016.11005, January 29 2016
光线弯曲的同频互扰解释——碰撞星系团中不存在“引力透镜”推演出的暗物质Explanation of Same-Frequency Mutual Interference of Light Bending—There Is No Dark Matter in Colliding Galaxy Clusters as Deduced by “Gravitational Lensing”
陈军利
天文与天体物理Vol.12 No.3, 全文下载: PDF XML DOI:10.12677/aas.2024.123005, July 31 2024
动力学暗能量与中微子质量Dynamical Dark Energy and Neutrino Mass
赵欣悦, 郭瑞芸, 姚天莹 科研立项经费支持
天文与天体物理Vol.12 No.3, 全文下载: PDF XML DOI:10.12677/aas.2024.123003, July 17 2024
MACS J 0025.4-1222和子弹头(1E0657-56)星系团中引力透镜观测结果的另类解释Alternative Interpretation of Gravitational Lensing Observations in MACS J 0025.4-1222 and Bullet Head (1E0657-56) Galaxy Clusters
现代物理Vol.14 No.1, 全文下载: PDF HTML XML DOI:10.12677/MP.2024.141004, January 17 2024
广义相对论时空结构再探讨——星系碰撞中的暗物质与引力透镜效应原理分析Re-Exploration of the Space-Time Structure of General Relativity—Analysis of the Principle of Dark Matter and Gravitational Lens Effect in Galaxy Collisions
天文与天体物理Vol.13 No.1, 全文下载: PDF XML DOI:10.12677/aas.2025.131001, January 15 2025
暗物质效应的多重物理机制研究On Multiple Mechanisms of Dark Matter Effect
武沧海
现代物理Vol.10 No.6, 全文下载: PDF HTML XML DOI:10.12677/MP.2020.106014, November 25 2020