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To characterize the immunophenotypic relationship between the squamous and the glandular compartments in the oeophagus of patients with columnar lined oesophagus.

Anion-exchange membrane water electrolysis (AEMWE) is a promising technology for sustainable hydrogen production, but practical applications are limited by the trade-off between hydroxide conductivity and alkaline stability of anion-exchange membranes (AEMs). Here, we report a molecular design strategy that regulates ion transport pathways and membrane stability by tethering quaternary ammonium ca

The working environment of veterinarians in Sweden has received increasing media attention, with reports highlighting inadequate working conditions and high levels of sick leave. Previous research has shown that mental health problems are relatively common among veterinarians, often linked to ethical conflicts. Some studies point to external economic and societal factors as underlying causes, part

Safe motion planning for autonomous driving systems in uncertain environments remains a significant challenge. The inherent traffic uncertainties caused by both the uncertain control and behavioral intentions of dynamic surrounding vehicles (SVs) are difficult to anticipate, hindering accurate motion prediction and complicating safe decision-making for the autonomous ego vehicle (EV). To mitigate

Facing climate change, today’s young people need to balance the challenges of being active and maintaining mental health. This study investigated climate resilience: patterns of climate engagement and mental health among adolescents. Using latent profile analysis, we identified three profiles in a sample of N = 603 Swedish adolescents: climate-resilient (17%, active and not impaired), climate-vuln

Cryogenic non-volatile memory technologies are crucial for realizing energy-efficient and scalable quantum computing systems. Ferroelectric capacitors (FeCAPs) are promising candidates; however, conventional readout relies on polarization switching, resulting in destructive operation. In this work, we demonstrate the cryogenic implementation of non-destructive capacitive readout (NDRO) in conventi

Against the backdrop of digital transformation in education and the deep integration of generative artificial intelligence into higher education, the structural connotation, formative mechanism, and assessment approach of undergraduate deep learning require substantial rethinking. Existing studies still suffer from several limitations, including a static understanding of deep learning, fragmented

The collaborative governance of sustainability transitions involves not only organizations but also individuals interacting with each other and forming new relationships. Using self-determination theory, we argue that intermediary actors are crucial in facilitating environments in which relationships between individuals are formed to benefit collaboration between organizations. We identify activit

This project addresses the precision challenges in robot–human handover processes, particularly in surgical environments. Two different approaches are explored: (1) learning from a few human demonstrations with hand and instrument tracking and (2) collecting data from remotely controlled robot movements using a joystick or VR system. The aim is to achieve precise, natural handovers without requiri

Hamming Quasi-Cyclic (HQC) has been selected by NIST for standardization in the post-quantum landscape. As deployment approaches, implementation security becomes as critical as mathematical hardness. In this work, we demonstrate that source-level constant-time coding is not a standalone guarantee: the compiled binary must inherently preserve this behavior.We identify a severe compiler-induced vuln