12 research outputs found
Renormalization of Hamiltonian Field Theory; a non-perturbative and non-unitarity approach
Get PDFRenormalization of Hamiltonian field theory is usually a rather painful
algebraic or numerical exercise. By combining a method based on the coupled
cluster method, analysed in detail by Suzuki and Okamoto, with a Wilsonian
approach to renormalization, we show that a powerful and elegant method exist
to solve such problems. The method is in principle non-perturbative, and is not
necessarily unitary.Comment: 16 pages, version shortened and improved, references added. To appear
in JHE
Dreidimensionale Unterschiede in der Anatomie des proximalen Femurs bei Patienten mit endgradiger primärer Coxarthrose vs. Dysplasiecoxarthrose - eine Matched-Pairs Kohortenstudie
No full textAre there clinically relevant anatomical differences of the proximal femur in patients with mild dysplastic and primary hip osteoarthritis? A CT-based matched-pairs cohort study
No full textA fitted B-spline method to derive a representative 3D axis from a set of multiple road traces
No full textThe C-terminal region of the oxidoreductase MIA40 stabilizes its cytosolic precursor during mitochondrial import
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Quality of history education and its criteria – between generic and disciplinary perspectives
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