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arXiv 1104.2635math.NT
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具有限制Radical大小的ABC解的个数

On the Number of ABC Solutions with Restricted Radical Sizes

Daniel M. Kane

摘要:

我们考虑ABC猜想的一个变体,试图计算$A+B+C=0$的解的个数,在相对素数$A,B,C$中,每个解的绝对值小于$N$,且具有$r(A)<|A|^a, r(B)<|B|^b, r(C)<|C|^c.$。ABC猜想等价于这样一个陈述,即对于$a+b+c<1$,解的个数是独立于$N$有界的。若$a+b+c \geq 1$成立,则证明了解的个数渐近地为$N^{a+b+c-1 \pm ε}.$。只要$a+b+c \geq 2.$成立,我们就证明了这个猜想

英文摘要:

We consider a variant of the ABC Conjecture, attempting to count the number of solutions to $A+B+C=0$, in relatively prime integers $A,B,C$ each of absolute value less than $N$ with $r(A)<|A|^a, r(B)<|B|^b, r(C)<|C|^c.$ The ABC Conjecture is equivalent to the statement that for $a+b+c<1$, the number of solutions is bounded independently of $N$. If $a+b+c \geq 1$, it is conjectured that the number of solutions is asymptotically $N^{a+b+c-1 \pm ε}.$ We prove this conjecture as long as $a+b+c \geq 2.$

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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