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In 1963, Edward Lorenz made a presentation to the New York Academy of Sciences and was literally laughed out of the room. His theory, called the butterfly effect, stated that a butterfly could flap its wings and set air molecules in motion that, in turn, would move other air molecules–which would then move additional air molecules–eventually becoming able to influence weather patterns on the other side of the planet. For years this theory remained an interesting myth. In the mid 1990s, however, physics professors from several universities, working in tandem, proved that the butterfly effect was accurate, viable, and worked every time.

In 1963, Edward Lorenz made a presentation to the New York Academy of Sciences and was literally laughed out of the room. His theory, called the Butterfly Effect, stated that a butterfly could flap its wings and set air molecules in motion that, in turn, would move other air molecules–which would then move additional air molecules–eventually becoming able to influence weather patterns on the other side of the planet. For years this theory remained an interesting myth. In the mid 1990s, however, physics professors from several universities, working in tandem, proved that the butterfly effect was accurate, viable, and worked every time.

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In 1963, Edward Lorenz made a presentation to the New York Academy of Sciences and was literally laughed out of the room. His theory, called the butterfly effect, stated that a butterfly could flap its wings and set air molecules in motion that, in turn, would move other air molecules–which would then move additional air molecules–eventually becoming able to influence weather patterns on the other side of the planet. For years this theory remained an interesting myth. In the mid 1990s, however, physics professors from several universities, working in tandem, proved that the butterfly effect was accurate, viable, and worked every time.

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In 1963, Edward Lorenz made a presentation to the New York Academy of Sciences and was literally laughed out of the room. His theory, called the Butterfly Effect, stated that a butterfly could flap its wings and set air molecules in motion that, in turn, would move other air molecules–which would then move additional air molecules–eventually becoming able to influence weather patterns on the other side of the planet. For years this theory remained an interesting myth. In the mid 1990s, however, physics professors from several universities, working in tandem, proved that the butterfly effect was accurate, viable, and worked every time.