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This paper sets out to investigate what is “conceptual performing arts” and define how one could begin to fill out the lack of a definition. The paper has been peerreviewed within the context of "Högskolepedagogisk utbildning".

Using hydraulic models in control design in district heating networks can increase pumping efficiency and reduce sensitivity to hydraulic bottlenecks. These models are usually white-box, as they are obtained based on full knowledge of the district heating network and its parameters. This type of model is time-consuming to obtain, and might differ from the actual behavior of the system. In this pap

The purpose of the thesis relates to the Quality anomaly observed in the US equity market, where stocks with Quality characteristics tend to outperform and have higher risk adjusted returns. By dissecting the Quality anomaly, the thesis aims to analyze the drivers of the over performance of Quality and investigate the presence of a systematic Quality premium. From previous research, three areas ha

Climate change consequences are forecasted to severely affect urban life. Already in the past years, extreme events such as heat-waves, cloudbursts, and storm surges have strained cities’ infrastructures and inhabitants. In this thesis, I investigate the impact of extreme weather events on Public Transport (PT) in Hamburg/Germany. As a framework I apply the resilience concept with the four key di

With the trend of transport electrification, the fleet of delivery and transport vehicles with internal combustion engines taking fossil fuel in the terminals of logistics companies should be gradually replaced by electric vehicles (EVs). Expansion planning of the power system in the terminal is needed to meet the increased EV charging need. Different expansion solutions with variable technologies

https://www.medarbetarwebben.lu.se/evenemang/open-event-lu-humanities-lab - 2026-07-16

Johan Malm är forskargruppsledare för den här forskargruppenOur research consists of several branches: 1) Blood coagulation. We perform basic research within the field of blood coagulation, thrombosis, arteriosclerosis and the complement system. Focus is on understanding fundamental mechanisms of the coagulation process which could be used in diagnostics or therapies. 2) Prostate cancer and noninvasive diagnostics. The objective is to satisfy the need for

The overall goal of our research unit is to understand metabolic control of insulin secretion and why it fails in type 2 diabetes (T2D). In recent years, this has meant that we have used information from GWAS (Genome-wide association study) to direct our efforts towards the genes which are actually linked to the development of the disease. To reach this overarching goal, we have worked along tw

Ordered assemblies of colloidal semiconductor nanocrystals have traditionally been studied for energy transfer and electronic transport arising from wavefunction overlap between neighboring nanocrystals. In this perspective, we instead focus on light-coupled nanocrystal solids engineered primarily for light emission. These materials include ordered superlattices and compositionally doped assemblie

The starch and yeast industries are two key sectors of the European food industry, with annual turnovers of approx. € 4 billion and € 500 million, respectively, in Europe alone. The production processes in the starch and yeast industries are still dominated by conventional separation processes such as evaporators, separators and rotary vacuum filters (RVFs), and membrane processes are only rarely

Energy efficiency scenarios are developed in the national and international context to explore and evaluate different policy designs and visions of how energy will be generated, distributed and used in the future. However, these scenarios are often developed using conventional bottom-up modelling tools that, to only a limited extent, take into account decentralised decision-making frameworks, such

A novel life-cycle assessment (LCA) model has been developed for the investigation of the environmental impact of the choice of material in cable production. In the first application polyolefin based material and PVC material is used. In both cases equivalent fire behaviour is assumed and a fire model is established based on existing fire statistics. This study represents the second full applicati

In this paper, physical limitations on antennas are presented based on the holomorphic properties of the forward scattering dyadic. As a direct consequence of causality and energy conservation, a forward dispersion relation for the extinction cross section is established, and isoperimetric inequalities for the partial realized gain and partial directivity are derived for antennas of arbitrary shap