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Vår grupp bedriver forskning med fokus på psykiatri, utveckling och aggressivt, antisocialt beteende i ett livsloppsperspektiv. Huvuddelen av våra projekt är kliniska och longitudinella och undersöker riskfaktorer för och utvecklingen av utagerande beteende samt psykisk ohälsa, funktionsnedsättningar, neurokognitiva problem, somatiska sjukdomar, social utsatthet, problem i skolan och på arbetsmarkOur group conducts research related to mental disorders, development and aggressive, antisocial behaviour. We focus on clinical longitudinal studies on the development and course of externalizing behaviour and concomitant disorders and problems such as psychiatric and somatic disorders, neurodevelopmental disorders, neurocognitive functioning, social and educational problems, from early childhood

Previous research has shown that it is possible to decarbonise Sweden's road transport sector. This study develops a scenario based method and analyses the influence of external factors on energy security, focusing on passenger and freight transport. It does so by analysing the vulnerabilities and capabilities of five different climate mitigation strategies, investigating previous security scenari

Forskargruppen verkar inom ett brett område av klinisk fysiologi, inklusive nuklearmedicin. Flera kliniska forskare bedriver klinisk forskning i samarbete med sjukvården, men också tillsammans med olika delar av Lunds universitet med tonvikt på att utveckla nya diagnostiska tekniker. Vi forskar inom två huvudområden – nuklearmedicin och klinisk fysiologi. Vår forskning inkluderar utveckling av AI-The group covers a wide field of physiological research, including nuclear medicine. Several clinical scientists pursue clinical research in cooperation with hospital departments, but also with university departments with an emphasis of developing new diagnostic techniques. We perform research in two main areas – nuclear medicine and clinical physiology. Our research includes development of artifi

Operation med konstgjorda ledproteser i höft och knä ger generellt mycket lyckade resultat. Fortfarande förekommer dock lossning och slitage av komponenterna som ett problem, och alla patienter blir inte fullt nöjda. I ett flertal forskningsprojekt studerar vi faktorer av betydelse för fixation och funktion av proteskomponenterna. Vi utvärderar hur man optimerar de biomekaniska ledförhållandena viTotal joint replacements, both in the hip and knee, are generally very successful operations. Still, however, component loosening as well as wear remains a problem, and all patients are not fully satisfied with their new joint. In a number of ongoing investigations, we are studying different factors involved in the fixation and function of the prosthesis components. We are exploring how to optimiz

Avdelningen ansvarar för läkarprogrammets kursadministration.This division provides the course administration for the Medical Programme.

The Middle East in the Contemporary World (MECW) is a multi- and transdisciplinary strategic research area, hosted and supported by the Center for Middle Eastern Studies, comprising staff from five different faculties at Lund University.

For metallic glasses, it is of vital importance to understand the glass formation properties and to be able to predict the crystallization process in the supercooled liquid. In the present work, we model the process of nucleation and growth using a combination of classical nucleation and phase-field theory. A diffusion coupled phase-field model is used to evaluate the work of formation and the gro

Vi är Avdelningen för Datorseende och Maskininlärning (Math-CVML) vid Matematikcentrum, Lunds Tekniska Högskola. Vi bedriver forskning och undervisning i datorseende och maskininlärning i flera olika former. Huvudsyftet med vår forskning är att bidra till den snabba utvecklingen inom detta fält. Vi strävar efter att utveckla matematiska metoder för att hantera olika utmaningar med ett brett användWe are the Division of Computer Vision and Machine Learning at the Centre for Mathematical Sciences. Our focus involves both research and teaching in diverse aspects of Computer Vision and Machine Learning. Our research aim to actively contribute to the rapid advancements in these fields. We strive to develop mathematical methodologies to address various challenges within this domain. Our work has

Mobile communications are now evolving towards the fifth generation (5G). In the near future, we expect an explosive increase in the number of connected devices, such as phones, tablets, sensors, connected vehicles and so on. Much higher data rates than in today's 4G systems are required. In the 5G visions, better coverage in remote regions is also included, aiming for bringing the current "4 bill