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难题破解，群星闪烁 ——SJTU-125 全球“科学”问第一题再思考

Solving Difficult Problems and Twinkling Stars —Rethinking of Global “Science” Asks № 1 in Question SJTU-125

Theoretical Mathematics Study / 2022,4(1): 1-17 / 2022-03-31 408 636

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• Authors: 钱进
• Information:

  中南财经政法大学，武汉

• Keywords:
  Number kernel; Parity normalization operation Γαβ; “parity normalization” problem; Δδ number; Εε number; Constellation pattern; Astronomical map
  数核; 奇偶归一运算Γαβ; “奇偶归一”问题; Δδ 数; Εε 数; 星座模式; 天象图
• Abstract: This paper now uses the “number core” structure that was found in the “prime number divided into two halves”, will make traditional number theory problems, for example, the “3n+1 conjecture” question to become simple. To pays attention to the changes in the “number of rows” corresponding to all kinds of positive integers, especially the E number, in the “parity normalization” operation, and successfully finds out the “unification” path, Different stars and colors are used to mark numbers, revealing the beauty of mathematics, and once again confirming “the source of thousands of numbers, testing thousands of numbers”, “same but not harmonious”, subtle differences make prime numbers so special. 本文用曾发现的“素数分两半”筛选出的“数核”结构，简化了传统的数论问题。留心“奇偶归一”运算中，各类正整数、特别是Ε 数对应“行数”的变化，成功找出“归一”的路径。用不同星形、色彩标注数类，揭示数学之美，再一次证实“万数之源、检验万数”“同而不和”，细微差异使得素数如此特别。
• DOI: https://doi.org/10.35534/tms.0401001
• Cite: 钱进．难题破解，群星闪烁——SJTU-125 全球“科学”问第一题再思考［J］．理论数学前沿，2022，4（1）：1-17．