Speckle metrology is a powerful optical sensing tool for non-destructive testing (NDT) and advanced surface characterization, enabling ultra-precise measurements of surface deformations and displacements. These capabilities are critical for material analysis and surface assessment in sensing-driven applications. However, traditional correlation methods often struggle to balance resolution and robu

Die Teilhabe am Arbeitsmarkt spielt in modernen Gesellschaften eine zentrale Rolle. Die Sicherung des Lebensunterhalts und die soziale Sicherung sind in starkem Maße von der Positionierung auf dem Arbeitsmarkt abhängig. Auch in der Migrationsforschung wird daher die Arbeitsmarktplatzierung von Migranten als zentraler Aspekt der Integration in die Aufnahmegesellschaft betrachtet. Für die Migranten

Patterns of lead and other trace metals were examined in 122 Eurasian eagle owls Bubo bubo found dead in Sweden in the period 1978–2013. Environmental lead (Pb) has decreased over recent decades from reduced anthropogenic emissions but mortality by Pb poisoning is still frequently reported for avian raptors and scavengers exposed to Pb ammunition. One objective here was to determine if Pb concentr

ObjectiveWe aimed to investigate whether health-promoting text messages sent to patients with hypertension in primary care could affect lifestyle habits, and if the Theory of Planned Behavior could be used to identify moderators of intervention effects.MethodsFrom September 2020 to December 2022, patients with hypertension were randomly selected from the patient register at 10 Swedish primary heal

This dissertation proposes a theory concerning China’s “Fragmented Power” in its foreign policy pursuits by analyzing the reception of the “Belt and Road” Initiative in Sri Lanka. The initiative has sparked intense debates and counteractions on the global stage and has become synonymous with Xi Jinping’s assertive approach to foreign policy. However, many aspects of the initiative’s goals, impleme

This thesis investigates scalable control design for networked dynamical systems, which are of great importance due to their wide range of practical applications, including large-scale formation control. A central challenge in such systems is enabling agents to coordinate effectively based only on local and relative information, particularly as the system size increases. To address this, the thesi

Magneto-responsive soft films constitute a fascinating class of smart materials and devices capable of performing various tasks, such as micromanipulation or transport, noninvasive surgery, and sensing. These components are fabricated by incorporating magnetic materials into flexible substrates. In this context, arranging magnetic particles into elongated chains exhibiting shape anisotropy has sho

Nanochains (NCs) made up of a one-dimensional arrangement of magnetic anoparticles (NPs) exhibit anisotropic properties with potential for various applications. Herein, using a novel self-assembly method we directly integrate single NCs onto desired substrates including devices. We present a nanoscopic analysis of magnetization reversal in 1D linear NP arrays by combining x-ray microscopy, magnet