Articles tagged with Research Organizations
Researchers used VR simulations to study goalkeepers' ability to stop free kicks, finding that defensive walls can block their view and impair performance. The study suggests that VR simulations could be useful in other sports, such as soccer.
Researchers discovered multiple mechanisms for atomization of fluids from rotatory instruments in dental procedures, allowing for controlled emissions. Eliminating pre-misting and using low rotation speeds resulted in significant reductions in small droplets.
A joint Anglo-German research project will analyze the practice of translation in cultural magazines from 1945-1965. The project aims to understand how these magazines used translated texts to forge new European identities, and explore the significance of translation in reconfiguring a vision of Europe after WWII.
A research group at Graz University of Technology is developing an interactive and adaptive health information system that uses machine learning and cognitive psychology to provide personalized content. The system aims to improve doctor-patient communication, enhance health literacy, and make decisions beneficial to users' health.
A Brazilian researcher conducted an experimental study of electron-plasma interactions, simulating plasma conditions in a vacuum using short electromagnetic waves. The study found that electrons transfer energy to the wave and then receive energy from it, with non-linear effects occurring at high electric current values.
The University of Göttingen has been awarded a new Collaborative Research Centre (CRC) to analyze experimental data using mathematical modelling and analysis. The CRC will focus on extracting meaningful information from noisy data in various natural sciences fields.
Researchers developed a novel spectroelectrochemical cell to study electrolyte behavior, improve fuel cell performance, and analyze catalyst efficiency. The device can perform in situ infrared spectroscopy, Raman spectroscopy, and X-ray absorption/diffraction analysis.
Dr. Tonya Vitova and Professor Laurent Schmalen are awarded ERC Consolidator Grants to study actinide bonds and develop energy-efficient communication technology. Their projects aim to improve the environmental behavior of actinides and reduce complexity and energy consumption in communication systems.
Researchers found that applying an ultra-thin layer of organic film from markers or glue significantly improves the machinability of metals like aluminum, stainless steel, nickel, copper, and tantalum. This discovery reduces cutting forces, energy consumption, and manufacturing costs.
A 22-year study of red squirrels in the Yukon found that living near familiar neighbors increases survival and reproductive success. The benefits were especially pronounced in older squirrels, who could offset aging by maintaining all their neighbors.
Researchers at UNICAMP conducted over 120 experiments to model Mars' long, slow-moving barchan dunes. They identified five basic types of interaction between the dunes, including chasing and merging mechanisms.
Research analyzing England's early-adopter councils found that Biodiversity Net Gain (BNG) policies resulted in habitat losses despite promises of net gains, with lower-quality habitats being compensated for higher-quality ones years later.
The Innovation Partners Institute at Purdue University has launched a new technology tool, KeepOthersSafe, to help organizations monitor COVID symptoms, track test results, and connect users to support tools. The app uses interactive questions to reinforce healthy behaviors based on CDC guidelines.
A Finnish study of 1,449 participants found that those with better midlife heart health scores had a lower risk of dementia later in life. Maintaining lifelong cardiovascular health behaviors may reduce dementia risk, according to the findings.
Dr Peter Garraghan aims to unshackle ICT systems from growing energy demand with a new approach to sustainability. He will develop a system that can dynamically reconfigure its components to operate within limited renewable energy targets.
Researchers developed a wearable device called Biomechanics Sensor Node that captures user data and controls virtual environments. The system stimulates sensory systems, especially sight and hearing, to intensify central nervous system information input and output.
A new research group at the University of Oldenburg is studying subsurface processes on North Sea beaches with high waves and strong tides. The team aims to assess the importance of these underground habitats for coastal ecosystems and global carbon, nutrient, and trace element cycling.
Researchers at Johannes Gutenberg University Mainz developed a new class of magnetic materials that enable faster information transfer. They were able to transmit and process information in a standard antiferromagnetic insulator at room temperature over long distances, raising the prospect of ultra-fast spintronic devices.
The European Research Council (ERC) has awarded €655 million in Consolidator Grants to 327 researchers, including 37% of female applicants. These grants will fund research projects across Europe, creating over 2000 jobs and addressing topics such as patent-free medicines, viral pandemics, and elephants' long pregnancies.
Researchers recreated a 700-year record of Southern Hemisphere westerly winds using sediment cores. The study found that winds intensified and migrated poleward during warm periods, which is likely to continue with climate warming.
Researchers found that some caterpillars have bodies covered with molecules identical to those of the plants they inhabit, making them 'invisible' to ants. Others produce a caloric reward for ants to coexist, demonstrating a form of chemical mimicry and potential adaptive advantage.
The team successfully scaled down MTJs to 2.3 nm diameter, exhibiting high data retention properties and low-voltage write operation. This breakthrough could accelerate the development of ultrahigh-density, low-power memory for IoT, AI, and automobiles.
An international research team led by Professor Jonathan Roberge has been awarded a $2.4 million grant to explore the sociological implications of artificial intelligence. The project, titled "Shaping 21st Century AI", will analyze debates around AI in four countries and examine how it is perceived as a problem or solution.
A novel harmonization method was used to develop a generalizable brain network marker for major depressive disorder (MDD), based on resting-state fMRI data. The marker achieved approximately 70% generalization accuracy for an independent validation dataset, demonstrating its potential for clinical applications.
The VARIPath project aims to develop a 'crystal ball' for predicting disease progression in viral respiratory tract infections. Researchers will analyze virus evolution and host immune response characteristics using high-throughput sequencing techniques. This could lead to personalized treatment strategies and improved prognosis.
Researchers found that red propolis extract was more effective in reducing parasite load and killing helminths than the only available drug, praziquantel. Red propolis also blocked reproduction and oviposition, making it a promising alternative treatment for schistosomiasis.
Researchers review factors contributing to disconnect between created and utilized marketing data, highlighting overlooked sources for growth opportunities. The study explores the potential of biometric and social network data to support customer acquisition, relationship development, and retention.
Researchers are using artificial intelligence to analyze COVID-19 patient data from multiple healthcare institutions, identifying trends and connections to improve treatment outcomes. The initiative aims to accelerate global collaborative research on COVID-19 and develop new treatments.
A new method to measure polarization angle developed, achieving precision twice that of previous work. A hint of parity symmetry violation found in the cosmic microwave background radiation with 99.2% confidence level.
Researchers found nine genes in mako sharks that relate to tumor suppression and wound healing, surprising given the low incidence of cancer in these animals. The study also suggests that mako sharks may have monochrome vision, a common trait among all shark species.
Research aims to examine impact of organisational cultural tightness on employee creativity and firm innovation in Asia. Tight cultures may hinder certain aspects but potentially foster other creative aspects.
Baikal seals' unique comb-like teeth allow them to expel water while retaining prey during high-speed hunting. Their small size enables a net energy gain from consuming tiny amphipods, which are challenging for other aquatic mammals to eat.
Scientists have developed a new method for analyzing the structure of skin using T-rays, which can help diagnose and treat conditions like eczema and psoriasis. The technique measures the refractive index of skin to determine hydration levels, providing valuable information on skin thickness and properties.
Researchers from SMART and TLL discovered a way to detect shade avoidance syndrome (SAS) in plants within hours using Raman spectroscopy, enabling farmers to intervene timely and improve crop yield. The method can be widely applied across various plant species and crops.
A USask-led international team has sequenced the genomes of 15 wheat varieties representing breeding programs worldwide, enabling scientists to quickly identify influential genes. The results provide a comprehensive atlas of wheat genome sequences, which will accelerate breeding efficiency and meet future food demands.
Researchers found that people with a growth mindset of interest are more likely to generate ideas combining diverse fields, leading to higher-quality integrative solutions. This can help organizations create innovative products and services, as well as aid job seekers in adapting to changing fields.
A study published in Science Advances reveals that young Brazilians are becoming more interested in environmental and scientific topics as they begin high school. However, the level of interest varies by region, with students from the North being more enthusiastic about learning about local wildlife and biodiversity.
Researchers from the University of Oldenburg are using virtual reality to better understand auditory perception, particularly in noisy environments. They aim to clarify how complicated processes such as perception, attention, and memory can be investigated using new interactive VR methods.
After being wiped out by whaling, blue whales have made a comeback to South Georgia, with 58 sightings reported in a 2020 survey and numerous acoustic detections. The discovery is key evidence in learning how the species is recovering following a ban on commercial whaling.
A recent study by researchers at Universitat Pompeu Fabra reveals that many Spanish civil society organizations are not involved in science and technology, or unaware of their involvement. However, the study also highlights the potential for these organizations to contribute to research and improve relations between science and society.
A new study found that people who spent more time on their phones were more likely to reject larger, delayed rewards in favor of smaller, immediate rewards. This suggests a link between smartphone use and impulsive decision-making.
Researchers at Purdue University have developed a machine learning model that can predict reaction outcomes and test new reactions in a blind prospective manner. The model uses statistical robust machine learning models trained on a small number of reactions to provide interpretable chemical reactivity flowcharts.
The Purdue Innovation Partners Institute is bridging the rural digital divide by bringing wireless broadband connectivity to underserved communities. The initiative, backed by a $1M public-private partnership, aims to support remote learning and improve quality of life for K-12 students in northern Jasper County, Indiana.
A novel engineered C. glutamicum strain can produce high-level glutaric acid from glucose, breaking the record for the highest titer ever reported. The new strategy employs systems metabolic engineering strategies, including introducing Pseudomonas putida genes and optimizing culture conditions.
A team of scientists has identified a region of the thalamus as a key source of top-down information, which is essential for processing sensory signals in the context of past experiences. This discovery sheds light on how the brain encodes and retrieves memories, particularly in cases of brain disorders such as autism and schizophrenia.
Researchers have discovered the three-dimensional structure of Nef-CD4 and AP-2, providing a basis for developing anti-HIV therapies. This finding highlights Nef's crucial role in subverting human cells' defense mechanisms, enabling HIV replication and disease progression.
Researchers at Purdue University have created a pearl spectrometer, demonstrating light transport-assisted information processing. This innovation has the potential to improve spectroscopy in biomedical and military applications by providing compact and efficient sensing capabilities.
Researchers at University of São Paulo and University of Pennsylvania conducted clinical trials on monoclonal antibody eculizumab and experimental drug AMY-101, showing promising results in accelerating recovery from severe COVID-19. The studies found that inhibiting the complement system reduced inflammation and improved lung function.
A new research project explores how counter-terrorism affects public perceptions and urban atmospheres in Europe's cities. It assesses the impact of terror threats on everyday life through a large-scale international survey and in-depth studies of five European cities.
Scientists at the University of São Paulo have developed a method to generate intense beams of light with quantum correlations, which can be used for high-precision metrology and information encoding. The new technology has potential applications in fields such as gravity wave detection and secure communication.
Research finds that working in prestigious posts triggers resource-related and identity-related tensions for professionals managing their brand. Key practices to mitigate these tensions include transporting teams, out-conforming to commercial logics, selectively neglecting local normative expectations, and materializing the professiona...
Ali Abolmaali, chair of UTA's civil engineering department, is a recognized authority on computational mechanics and synthetic fiber reinforced concrete pipes. He has secured over $36 million in research funding from various agencies.
Researchers at Charité and Tel Aviv University are investigating the causes of drug tolerance in invasive fungal pathogens. They aim to identify molecular pathways that explain this phenomenon and develop new treatments for life-threatening fungal infections.
Researchers at the University of Córdoba have developed a biocide additive that can be incorporated into traditional materials used in cultural heritage restoration. The new material, featuring carbendazim-clay complexes, shows improved antimicrobial effectiveness and long-lasting properties compared to existing solutions.
Researchers discovered that overexpressing protein kinase A (PKA) improves muscle resistance to fatigue in mice by suppressing FoxO proteins and increasing oxidative potential. This study offers a potential solution for treating atrophy and promoting muscle growth without severe side effects.
Barbara Hammer and her team will explore new technologies for secure drinking water supply in cities with the help of 10 million euros from the European Research Council. They are developing controllable artificial intelligence to detect factors putting strain on the system, enabling operators to make informed decisions.
Researchers aim to understand the structure and function of plasmodesmata, key routes for coordinating tasks in plants. They will use state-of-the-art methods like cryo-electron tomography to visualize plasmodesmata's composition and function.
Two studies by Aalto University show that minor sound fluctuations make identifying concert halls difficult. The research highlights the importance of considering both acoustic parameters and musical timbre in understanding concert hall acoustics.
Researchers have successfully raised funding for a project to develop a new super-resolution microscopy technique that can visualize individual synapse proteins with nanometer-scale resolution. The project combines expansion microscopy and single-molecule-sensitive super-resolution microscopy to achieve improved microscopic resolution.
The illustrations, created by Nigerian artist Christian Okwananke, show social and mental health impacts of NTDs like stigmatisation, loneliness, and depression. They were shown to NTD health professionals and had an impact, sparking conversations in a sensitive way.