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Mass corrections and decay constants for light mesons have been calculated in Partially Quenched Chiral Perturbation Theory. The calculations of the charged meson masses have been performed to third order, first for degenerate quark masses, and then, in a second project, for the general case. Another calculation also shows that a resummation of unphysical double poles in the neutral propagators o
A new high-brightness source for soft X-rays and EUV-radiation has been developed. This laser-plasma source utilizes a microscopic liquid droplet or jet as target. The result is a reduction of debris emission by several orders of magnitude compared to conventional laser plasmas. The minute amounts of residual ionic/atomic debris can be obstructed by filters or a localized gas shield. Target liquid
The spectrum and energy levels C IV and the 3l4l' system of the Mg-like ions in the iron group elements has been investigated. This has led to several hundred identified transitions, many of them previously unknown. Using the Charge Exchange diagnostic system at JET, ion temperatures, rotation velocities and densities have been derived from visible spectroscopic measurements on fully ionised light
cv_20150822 CV Johan Tirén Byälvsvägen 223, 128 47 Bagarmossen +46 73 646 58 73 johantiren@hotmail.com www.johantiren.com Education Malmö Art Academy 2003-2004 (MFA in Visual Arts) The Royal Danish Academy of Fine Arts 1998-2003 Selected exhibitions and projects 2015 Map of the new art - Imago Mundi - Luciano Benetton Collection, Venice, Italy 2015 Lokale, Flensborggade 57, Copenhagen, Denmark 201
https://www.khm.lu.se/sites/khm.lu.se/files/2004cv_johan_tiren.pdf - 2026-08-02
As a researcher in MERGE you have access to world leading research infrastructure. LPJ-GUESSLPJ-GUESS is a process-based dynamic vegetation-terrestrial ecosystem model designed for regional or global studies. Models of this kind are commonly known as dynamic global vegetation models (DGVMs). Given data on regional climate conditions and atmospheric carbon dioxide concentrations, it can predict str
https://www.merge.lu.se/merge-researchers/infrastructure - 2026-08-01
Professor emeritus Kontaktinformation E-post: per [dot] wickenberg [at] soclaw [dot] lu [dot] se Telefon: +46 46 222 88 15 Mobil: +46 72 741 82 72Organisation Rättssociologiska institutionen Hämtställe: 31 WebbplatsPer Wickenbergs profil i Lunds universitets forskningsportalAndra roller Profilområdesmedlem LU profilområde: Mänskliga rättigheterForskningsområdenNormer och normbildning inom utbildni
https://www.soclaw.lu.se/wickenberg - 2026-08-01
