The Riemann Hypothesis, published 150 years ago by Bernhard Riemann, remains the greatest unsolved puzzle in the history of mathematics. Its implications about the distribution pattern of seemingly ordinary prime numbers have led mathematicians to believe that the solution could help reveal the laws that govern the universe. Very few people realize what an enormous impact such a solution would have on the world we live in. For example, encryption of credit card and bank account numbers relies entirely on the assumption that this distribution pattern will never be discovered. Through a mystery drama approach designed to draw the viewer in, the film introduces the mystery of prime numbers with computer-generated imagery that presents complex mathematical ideas in easily understandable ways.

 Portraying the world of the Riemann hypothesis, one of the most difficult concepts in the history of mathematics, and of prime numbers in a TV program had been an ambitious dream for me. The reason being that I came to know there is a profound, even awesome universe, utterly unimaginable in our daily lives, somewhere out there. Before finally broadcasting it, however, we had a number of challenges to overcome. How should we, mathematical amateurs, comprehend the meaning of the Riemann hypothesis? How can we touch the mathematic mystery which is said to be felt by mathematicians? How can we visualize the world of innocuous numbers? This difficult mathematical concept grew into a huge tornado that swept up not only directors and producers who trekked around the world to meet mathematicians but also those in charge of design, graphics, and video composition, torturing us until the last moment. However, all the hard work was paid off in an instant when we comments poured in from viewers such as “Although it was sort of beyond me, the program was terribly fascinating!” We felt that we had been able to convey to the viewers “something profound.” Winning the prestigious Grand Prix Japan Prize is the best encouragement for all the staff. On my final note, I would like to express my deepest gratitude for many mathematicians and physicists who extended their kind support to us.
Shinya Ide, Senior Producer

 Where are we coming from, who are we and where are we going? These are the essential questions of our lives. Is there a master plan behind it all? For hundreds of years, mathematicians have sought to find some kind of order in the universe. Simple numbers, 2, 3, 5, 7, 11 etc.- prime numbers divisible by 1 and itself -were and are considered by mathematicians to be the greatest puzzle. Some even believe that prime numbers represent the natural code that may reveal the Creator´s code for the universe.
 Cosmic Code Breakers: The Secrets of Prime Numbers traces the history of dramatic discoveries that led so many scientists to suspect a profound meaning in primes. Although this subject is one of the most difficult, this outstanding program holds the tension, curiosity and interest of the audience. Interviews with the world´s leading experts in prime numbers, brilliant graphic visuals and audio techniques come together in a comprehensible and thrilling narrative of mystery-solving. The dramatic story of prime numbers is affecting all of us-even those who are afraid of mathematics. It changes our view of the world and encourages even young people to look beyond the obvious or known.

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