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Why was I thinking about exponential Diophantine equations at seven in the morning while lying in bed, half asleep?

机译:为什么我在早上睡觉时睡在睡觉时睡觉,半睡半醒

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Why was I thinking about exponential Diophantine equations at seven in the morning while lying in bed, half asleep? First of all, not only was I thinking about the equation, I constructed a way to generate infinitely many integer solutions to the equation a~x + b~y = c~z, where a, b, c, x, y, and, z are integers greater than 1 and where a, b, and c are relatively prime (i.e. their greatest common factor is 1). I wasn't thinking about them because I had an exam, I wasn't writing a paper on them, and I didn't have to teach them to my students. I was thinking, in those early morning hours, voluntarily, and the thought was a pleasant reverie. I wasn't thinking about them because I am a mathematical savant who always thinks about maths. I am a maths education professor with a Bachelor's degree in maths and many years of maths teaching experience, but maths has never been extremely easy for me, particularly not pure mathematics like number theory or Diophantine equations. I had success in mathematics because I did enough algebra-type manipulation problems (like factorizing, simplifying rational expressions, and solving linear equations) that I had no problem mastering high school maths and calculus. I struggled, however, with proofs and anything that had to do with deep, unconventional, reasoning about numbers and mathematical objects like Diophantine equations.
机译:为什么我在早上睡觉时睡在睡觉时睡觉,半睡半醒首先,不仅我在考虑方程式,我构建了一种方法来生成无数的整数解决方案到等式a〜x + b〜y = c〜z,其中a,b,c,x,y和,Z是大于1的整数,其中A,B和C是相对素数的(即它们最大的普通因子是1)。我没想到他们,因为我参加了考试,我没有写一篇论文,我没有必要向学生教他们。我在想,在那些清晨的时间,自愿,并且思想是一个令人愉快的遐想。我没想到他们,因为我是一个总是思考数学的数学拯救。我是一位数学教育教授,具有学士学位的数学学位和多年的数学教学经验,但数学对我来说从未如此容易,特别是不是数字理论或蒸番素方程的纯数学。我在数学中取得了成功,因为我做了足够的代数型操纵问题(类似于分解,简化合理的表达和解决线性方程),我没有掌握高中数学和微积分的问题。但是,我挣扎着,有证据和任何与深刻,非常规的东西有关的东西,推理数量和数学对象,如蒸番啶方程。

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