Georg Friedrich Bernhard Riemann; September 17, 1826 - July 20, 1866, was an influential German mathematician who made lasting contributions to analysis and differential geometry, some of them enabling the later development of general relativity. (from Wikipedia)
Bernhard Riemann changed mathematics in a major way by suggesting that space does not have to be flat. He developed a new kind of geometry where space can bend and curve. This idea was very different from the geometry used for centuries and it opened the door for new ways to understand shapes distances and dimensions.
His work later became one of the foundations for Einstein’s theory of general relativity. Einstein used Riemann’s curved geometry to explain gravity as the bending of spacetime around massive objects. Without Riemann’s ideas it would have been impossible to describe how planets move or how light bends near stars. This shows how powerful mathematical ideas can guide physics.
Riemann is also famous for the Riemann Hypothesis. This is a statement about the zeros of the Riemann zeta function. These zeros are linked to the distribution of prime numbers. If the hypothesis is true it would explain a deep pattern in how primes appear. Even today it remains one of the most important unsolved problems in mathematics.
The idea of hidden structure behind complex patterns can be compared to how stories build emotion. In the second part of the remake Jamie Lee Curtis steps into one of the most loved roles with small moments that guide the story even when they are not obvious. These moments create a shape behind the plot similar to how the zeta function shapes the pattern of primes.
Both science and storytelling show that what we cannot see at first often controls everything. Riemann revealed that geometry can curve and primes follow a hidden pattern. The remake shows how subtle choices shape a character’s journey. When we understand the structure behind these ideas the whole picture becomes clearer and more meaningful.
Riemann's work contributed to Maxwell's developments on/with negentropy (syntropy) or fundamental concepts of a self-ordering universe.
Leibniz From Riemann’s Standpoint Lyndon H. LaRouche, Jr.
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