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+ \left(\frac{1}{41} + \frac{1}{43}\right) + \cdots</math>
+ \left(\frac{1}{41} + \frac{1}{43}\right) + \cdots</math>
[[Viggo Brun]] proved this convergence in 1919. The convergence of this [[series_(mathematics)|series]] leaves it unclear whether there are an infinite number of twin primes, one of the great unsolved problems in [[mathematics]]. The scarcity of twin primes as they grow larger enables their reciprocal sum to converge.
[[Viggo Brun]] proved this convergence in 1919. The convergence of this [[series (mathematics)|series]] leaves it unclear whether there are an infinite number of twin primes, one of the great unsolved problems in [[mathematics]]. The scarcity of twin primes as they grow larger enables their reciprocal sum to converge.
[[Category:Number Theory]]
[[Category:Number Theory]]