Andrew J. Sommese

Papers

Total Citations

478

H-Index

About

Andrew J. Sommese is a pioneering figure in numerical algebraic geometry, whose work has fundamentally reshaped how researchers solve polynomial systems. His primary research areas include numerical methods for algebraic geometry, polynomial continuation, and the development of robust software for scientific computing. Sommese’s most significant contribution is his co-authorship of the seminal book *Numerically Solving Polynomial Systems with Bertini* (2013, 356 citations), which serves as the definitive guide to the open-source Bertini software. This work has become an indispensable resource for engineers and mathematicians tackling complex systems in kinematics and robotics. His research on polynomial continuation has directly advanced the analysis of mechanical systems, enabling the efficient computation of all possible configurations for robotic manipulators. Notably, Sommese also developed algorithms to compute real points of complex curves (2007, 47 citations), bridging the gap between theoretical algebraic geometry and practical, real-world applications. With a career marked by high-impact publications and the creation of widely-used computational tools, Sommese’s legacy lies in making sophisticated algebraic methods accessible and applicable to engineering and science.