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The use of electric-powered vehicles (EV) is experiencing a boom in some countries. Much research has been conducted on the technology per se; however, there is a research gap regarding institutional spatial planning practice concerning EVs. Here, an empirical analysis was made of planners’ interpretations of opportunities and obstacles to integration of EVs in southern Sweden. The results reveale
Abstract The breeding season of the natterjack toad (Bufo calamita Laurenti 1768), a „prolonged breeder“, lasts up to three months in southern Sweden. However, not all reproducing individuals are present at the breeding sites during the full time span. Thus, some populations can be sub-divided into temporally isolated subpopulations using earlier or later periods of the season for reproduction. T
PowerPoint Presentation Hot Carrier Extraction in InAs/InP Nanowires Studied by Laser Combined Scanning Gate Microscopy I. Introduction II. Experimental setup III. Theoretical IV. Results V. Conclusion yen-po.liu@sljus.lu.se Laser light: variable wavelength laser with 500nm beam spot size in 600- 900 nm for hot carrier excitation. AFM tip: topography and mobile gate Electrical measurement: source-
Life-sciences have developed at a rapid pace during recent years. From experiments investigating single molecules such as proteins or single genes to large scale projects mapping entire organisms in one single experiment. However, data generated from this kind of large scale projects need to be interpreted and integrated with the base of prior knowledge in an efficient, reliable and correct way. T
This thesis aims to explore how specific digital field recording methods impact archaeological interpretation based on the case studies presented. Individual find recording, a more specialized digital point proveniencing system, was used in both case studies. The original excavation interpretations are compared against new interpretations based on the reconstructed excavation unit style recording
Summary The haematopoietic growth factor receptor Flt3 has been implicated as major cause of transformation in acute myeloid leukaemia. Intracellular signals mediated by wild-type Flt3 are involved in cell differentiation and survival whereas signalling via the mutant Flt3 ITD (internal tandem duplication) promotes enhanced cell growth. In this study, we identified tyrosines 768, 955 and 969 of Fl
Background: Many blood group antigens are carried by red cell surface proteins, thefunctions of which are not yet fully characterized or in some cases completelyunknown. By investigating red cells with naturally-occurring blood group variants,much has been learnt about the underlying molecules. However, interindividualvariation affecting other molecules than the one(s) of interest may confound oro
This paper presents a new method, based on constraint programming, for modeling and solving scheduling and instruction selection for processors extended with a functionally reconfigurable cell fabric. Our method models parallel reconfigurable architectures, the selection of application specific computational patterns and application scheduling. It takes also into account architectural constraints.
We demonstrate a compact, bulk multi-pass cell with high-transmission, for compressing the output of a 30W, 250fs Ytterbium source to 31fs with a resulting peak power of 2.5GW.
Understanding the impact of the geometry and material composition of electrodes on the survival and behavior of retinal cells is of importance for both fundamental cell studies and neuromodulation applications. We investigate how dissociated retinal cells from C57BL/6J mice interact with electrodes made of vertically-aligned carbon nanotubes grown on silicon dioxide substrates. We compare electrod
DLK1 is a maternally imprinted, paternally expressed gene coding for the transmembrane protein Delta-like homologue 1 (DLK1), a non-canonical NOTCH ligand with well-described roles during development, and tumor-supportive functions in several aggressive cancer forms. Here, we review the many functions of DLK1 as a regulator of stem cell pools and tissue differentiation in tissues such as brain, mu
Blue White Modern Business Conference Poster CONFERENCE 16 January 9:00–17:00 Webinar Narly Golestani Universität Wien Laura Gwilliams Stanford University Gudrun Vera Eisele KU Leuven Ifigenia Dosi Democritus University of Thrace Christina Gagné & Thomas Spalding University of Alberta Peter Macintyre Cape Breton University More info and registration on our website: https://www.team-up.lu.se/team-c
https://www.team-up.lu.se/fileadmin/user_upload/teamup/Events/Conference_2025/TEAM_Conference_Poster_2025.pdf - 2026-07-18
The aim of this study was to establish the main drivers of the spatial variability in growing season CH4 flux within an arctic wetland ecosystem. During 3 years (2011-2013) we measured CH4 flux and potential drivers, e.g., CO2 fluxes (net ecosystem exchange (NEE), gross primary productivity (GPP) and ecosystem respiration), temperature, water table depth, pore-water concentration of organic acids
ENSO V is an interdisciplinary conference concerning social ontology. Possible topics include but are not limited to • The metaphysics of social reality • Team reasoning, coordination problems, preference and value aggregation • The nature of collective intentionality and agency • Moral and legal aspects of collective agency • Social conventions, norms, and power • Non-human sociality Deadline for
https://konferens.ht.lu.se/fileadmin/_migrated/content_uploads/Poster_ENSO_V.pdf - 2026-07-18
Call for Papers.pdf Making Digital Markets Work for People – Fairness, Efficiency and ConsumerWelfare in Dialogue The Centre for Business Law at Lund University (ACLU) hereby invites you to the symposium Abstract submission information and timeline Abstract length: 300-500 words, papers length max 10 000 words. Submit via email to: behrang.kianzad@har.lu.se and fabrizio.esposito@novalaw.unl.pt Abs
https://www.aclu.lu.se/sites/aclu.lu.se/files/2024-10/Call%20for%20Papers.pdf - 2026-07-19
One of the challenges in the field of biosensors and biofuel cells is to establish a highly efficient electron transfer rate between the active site of redox enzymes and electrodes to fully access the catalytic potential of the biocatalyst and achieve high current densities. We report on very efficient direct electron transfer (DET) between cellobiose dehydrogenase (CDH) from Phanerochaete sordida
