CORDIS Project
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This project aims to enhance the computation of scattering amplitudes in fundamental physics by generalizing bootstrap techniques. It seeks to extend these methods beyond supersymmetric theories to improve efficiency in calculating complex particle interactions.
Scattering amplitudes are our primary window on fundamental physics, but despite spectacular advances in recent years their computation remains extremely computationally intensive.
Bootstrap techniques, in which an ansatz for the amplitude is constrained with limited kinematic data, are in principle the most efficient possible method, allowing researchers to skip both long sums over diagrams and complicated multidimensional integrals.
My collaborators and I have shown the power of these techniqu…
KOBENHAVNS UNIVERSITET
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