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Nanotechnology
Embedded biosensors increase major longevity with coating technology that inhibits biofusion
Schematic of BSA/PRGOX/GNP/G nanocomposite synthesis, sonication of purified BSA and PRGOX, BSA thermal denaturation, centrifugation and supernatant collection, addition of antibiotics and applicators, addition to supernatants, drop casting to indoor gold-submersible submarines. Credit: Biosensor (2025). doi: 10.3390/bios15030171 Wearable, implantable biosensors that can accurately detect biological molecules in non-invasive or invasive ways have great potential to monitor patients’ physiology and response…
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Environment
City fires are likely to increase with climate change, modeling research warns
Credit: Pixabay/CC0 Public Domain Modeling research published in Nature Cities shows that the frequency of fires in several types of cities as a result of climate change is projected to increase in the coming decades. The findings are based on data from 2,847 cities in 20 countries, and will help with future urban planning and emergency response strategies. Fires worldwide…
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Earth
New parameterization schemes increase the accuracy of predicting typhoon strength
Both parameterization schemes have a significant positive impact on track and intensity predictions for Typhoon Kompasu (2118) after 60 hours of model integration. Credit: Xiaowei Tan It is important to continuously improve numerical models and improve our ability to predict typhoon trucks and intensity in order to reduce the loss of human life and damage to property caused by typhoon…
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Chemistry
Environmentally friendly flotation methods increase mineral yield
Efficient optimization and upscaling of reagent systems in foam floating. Credit: Borhane Ben said Buoyancy is one of the most important processes for separating minerals in the raw materials industry. The appropriate selection and dosage of reagents is required to achieve the highest possible mineral concentration. This is a complex, time-consuming, cost-intensive procedure. Researchers at the Helmholtz Institute Freiberg for…
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Chemistry
Catalyst systems increase the efficiency of CO₂ conversion of clean energy
Schematic diagram of the enhanced CO2 conversion reaction achieved by the synergistic effect of dual single atom catalysts. Credit: Korea Institute of Materials Science (Kims) As climate change and the severity of carbon emissions become a global concern, there is an urgent need for technology to convert carbon dioxide (CO2) into resources such as chemical fuels and compounds.韓国材料科学研究所（KIMS）のナノ材料研究部門のDahee Park博士の研究チームは、Kaistの化学科のJeong-Young Park教授のチームと協力して、触媒技術を開発する触媒技術を開発しました.…
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Chemistry
Corrosion-inducing electrodes increase biomass conversion efficiency
Corrosion-induced CoCUMW/CF electrodes for HMF to BHMF electrodes. Credit: Nimte The researchers have used metal corrosion to prepare high-performance electrodes, enabling efficient and cost-effective upgrades of bio-based 5-hydroxymethylfurfural (HMF). Their research is published in Chemical Catalysts. Corrosion is a common phenomenon that can lead to material failure and economic losses. However, researchers are investigating the potential for beneficial applications, particularly…
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Other Sciences
The new framework can increase the rigor and impact of the evaluation of criminal judicial intervention.
Credit: Journal of Experimental Criminology (2024). Doi: 10.1007/S11292-024-024-09650-9 Experimental research is the basis of criminal science, but we agree with strict evidence and use the evidence to determine what works are ongoing. A new article suggests a framework that positions both strict roles and results in the National Justice Research Institute (NIJ) in the US Department of Justice. Social program.…
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Biology
Dead trees in Yellowstone increase wildfire risk
Output map of distance cumulative calculation from point and line fragility criteria. (a) Distance to roads, (b) Distance to trails, (c) Distance to water, (d) Distance to buildings. Credit: Di Yang et al. Dead trees in Yellowstone National Park increase the risk of wildfires, especially near park infrastructure. A new study published in Forest Ecosystems examines how these dead trees…
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Chemistry
Advances in photochemical hydroxylation increase possibilities for sustainable energy
Optimizing the potential gap between catalysts and photosensitizers and pH conditions can significantly improve water oxidation efficiency and advance renewable energy solutions. Provided by: Tokyo University of Science With the global transition to sustainable and renewable energy, the urgency of developing efficient ways to produce clean energy has never been greater. Imagine a future where the energy that powers our…
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Earth
Satellite captures dramatic increase in HFC-125, a powerful greenhouse gas
Atmospheric chemistry experiments use data from the SCISAT satellite. Credit: Canadian Space Agency HFC-125 is a greenhouse gas that is a major cause of global warming, and in the first study to use satellites to measure HFC-125 concentrations in the atmosphere, researchers found that HFC-125 has They found an exponential increase over 20 years. A paper about this research, “First…
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