Abstract: Often in applications like medical imaging, error correction, and sensor networks, one needs to solve large-scale linear systems in which a fraction of the ...
Abstract: Solving systems of linear equations is important both in classical and quantum computing. Harrow-Hassidim-Lloyd algorithm (HHL algorithm), a quantum algorithm for solving systems of linear ...
Thriving in an exponential world requires more than a better strategy. It demands quantum thinking, the shift from linear ...
Leila Bridgeman is steadily laying foundations for the software needed to precisely control the large, complex networks of ...
Lincoln's S. Kathleen Lyons is providing a new framework—Earth system engineering—for examining how organisms, including humans, have fundamentally altered ecosystems on a global scale across hundreds ...
Several fundamental results on the existence and behavior of solutions to semilinear functional differential equations are developed in a Banach space setting. The ideas are applied to ...
2don MSN
Celestial mechanics: Analytical model reveals true cause of orbit bifurcations near Lagrange points
Advanced space travel relies on a fundamental understanding of the restricted three-body problem (RTBP), in which one of the ...
DeepMind’s AI finds new, proven solutions to Navier-Stokes equations—advancing fluid dynamics and future climate, flight, and ...
During my years teaching science in middle school, high school and college, some of my students have resisted teaching that educators call higher-order thinking. This includes analysis, creative ...
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