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Large carnivore conservation in the Swedish multi-use landscapes can only be successful if carnivores can share the landscape with human activities. Interventions to reduce the risk of brown bear, lynx, wolf, and wolverine attacks on domestic animals have become a core element in carnivore management. Whereas the intention is that interventions mitigate human-carnivore interactions, the interventi
Sverige och Kanada lyfts ofta fram som föregångsländernär det gäller mottagning och etablering av flyktingar.Även om ländernas system har många likheter harländerna valt olika vägar i integrationsarbetet. Kanadautmärker sig genom en modell där civilsamhället harhuvudansvaret för integrationen. Genom mångkulturellaserviceorganisationer startade och drivna av människormed invandrarbakgrund erbjuds k
Översättning av min bok "Assyrierna femtio år i Sverige" (2017)
Monte Carlo (MC) simulations are the standard tool for describing jet-like multi-particle final states. To apply them to the simulation of medium-modified jets in heavy ion collisions, a probabilistic implementation of medium-induced quantum interference effects is needed. Here, we analyze in detail how the quantum interference effects included in the Baier-Dokshitzer-Mueller-Peigné-Schiff–Zakharo
It has recently been shown that superparamagnetic iron oxide nanoparticles (SPIO-NP) can be used as ultrasound contrast agents, by moving the particles using a time-varying external magnetic field and thereby moving nanoparticle laden tissue. However, the difficulty to distinguish magneto-motive motion from indirect motion induced outside areas containing nanoparticles, or other motion artifacts,
The non-Abelian Landau-Pomeranschuk-Migdal (LPM) effect arises from the quantum interference between spatially separated, inelastic radiation processes in matter. A consistent probabilistic implementation of this LPM effect is a prerequisite for extending the use of Monte Carlo (MC) event generators to the simulation of jetlike multiparticle final states in nuclear collisions. Here, we propose a l
Under tusentals år trodde människan att detta var Universums mittpunkt. Tack vare vår nyfikenhet, fantasi och lust att upptäcka, vet vi nu att planeter som vår Jord inte är särskilt ovanliga i kosmos. Solen är bara en vanlig stjärna bland hundratals miljoner andra i vår galax, Vintergatan.Med hjälp av världens mest kraftfulla teleskop kan vi utforska mer och mer av Universum. Det vi hittills har uFor thousands of years, mankind thought that this was the centre of the Universe. Thanks to our curiosity, imagination and urge to explore, we now know that planets like our Earth are nothing special in the cosmos. The Sun is just one ordinary star among hundreds of billions in our galaxy, the Milky Way.With the world’s most powerful telescopes, we are able to explore more and more of the Universe
Response to Sheila Twinn commentary on Bramhagen AC. Axelsson I. and Hallström I. Mother’s experiences of feeding situations. An interview study.
