Explore the advanced mathematical concept of repulsion in polynomial systems through this 59-minute lecture by Simon Myerson. Delve into the application of the circle method to integral zeroes of multiple integral polynomials with equal degrees. Examine how repulsion techniques can enhance Birch's foundational work by demonstrating that exponential sums over polynomials are significant only in small, well-separated regions. Investigate the unique application of this approach to non-singular systems with numerous polynomials. Analyze the rationale behind repulsion as an improvement on Birch's work, and thoroughly examine both quadratic and higher degree cases. Discover the practical applications of these concepts to systems of forms with real coefficients. For more in-depth information, visit https://maths.fan.