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The '''Continuum hypothesis''' is a conjecture by [[Georg Cantor]] which states that the cardinality of the real numbers (Continuum) equals that of <math>\mathcal{P}(\mathbb{N})</math>, the power set of the [[natural numbers]]. The cardinality of this set is denoted with the Hebrew letter <math>\aleph</math>.  [[Kurt Godel]] and [[Paul Cohen]] has since shown that the Continuum hypothesis is undecidable in [[Zermelo-Fraenkel]] Set Theory.
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The '''Continuum hypothesis''' is a conjecture by [[Georg Cantor]] which states that the cardinality of the real numbers (Continuum) equals that of <math>\mathcal{P}(\mathbb{N})</math>, the power set of the [[natural number]]s. The cardinality of this set is denoted with the Hebrew letter <math>\aleph</math>.  [[Kurt Godel]] and [[Paul Cohen]] has since shown that the Continuum hypothesis is undecidable in [[Zermelo-Fraenkel]] Set Theory.
    
In layman's terms, Dr. Amir Aczel, author of "The Mystery of the Aleph: Mathematics, the Kabbalah and the Search for Infinity," (Four Walls Eight Windows: 2000) explained this concept on National Public Radio:<ref>AUTHOR AMIR ACZEL DISCUSSES CONCEPTS OF INFINITY National Public Radio (NPR) January 19, 2001</ref>
 
In layman's terms, Dr. Amir Aczel, author of "The Mystery of the Aleph: Mathematics, the Kabbalah and the Search for Infinity," (Four Walls Eight Windows: 2000) explained this concept on National Public Radio:<ref>AUTHOR AMIR ACZEL DISCUSSES CONCEPTS OF INFINITY National Public Radio (NPR) January 19, 2001</ref>
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