Some of you may know that this is what the famous Riemann hypothesis is all about.

你们中有些人可能知道这就是著名的黎猜想的全部内容。

The techniques in his case get a lot more sophisticated, after  all, Riemann was a pioneer in complex analysis.

毕竟，黎是复分析领域的先驱，他的案例中的技术变得更加复杂。

Mr.Jonathan promised to secure the release of those still held. From Abuja the head of the BBC's Hausa Service Mansur Liman has this assessment.

乔纳森承诺解救目前仍被绑架的学生，BBC驻豪萨分尔·黎报道。

There actually is something called the Riemann sphere that involves dividing by zero by a different method, but that's a story for another day.

事实上，有个叫黎球面的东西，它涉及到通过不同的方法来除以 0，但今天我们且不谈这个。

There actually is something called the Riemann sphere that involves dividing by zero by a different method, but that’s a story for another day.

实际上有一种叫做黎球体的东西，它涉及用不同的方法除以零，但这是另一天的故事。

Of course our puzzle, which I promise  I'll share in just a moment, is a lot more innocent than the Riemann hypothesis; it's a toy problem.

当然，我们的难题（我保证稍后会分享）比黎假设要简单得多；这是一个玩具问题。

So for example, if you want to find the complex roots of a polynomial, or some of those million dollar zeros of the Riemann zeta function, this algorithm will do it for you.

例如， 如果您想找到多项式的复数根，或黎 zeta 函数的一些价值百万美元的零，该算法将为您完成。

Just like our subsets puzzle, the way that  Riemann studied primes involved a discrete sequence we want to understand, something  carrying information about prime numbers, and then considering a function whose  coefficients are the terms in that sequence.

就像我们的子集难题一样， 黎研究素数的方式涉及我们想要理解的离散序列，其中包含有关素数的信息，然后考虑一个其系数是该序列中的项的函数。