Articles tagged with Basic Research
The research team aims to understand how bacteria and fungi interact in soils, which could lead to advances in plant productivity and bioenergy. By studying these fundamental interactions, they hope to develop predictive models of ecosystem behavior and inform strategies for manipulating microbial communities.
A new technique enables real-time measurement of laser pulses with sub-picosecond resolution, revealing complex collapse and oscillation dynamics before stabilization. This breakthrough has important implications for designing and improving ultrafast pulsed lasers.
Associate Professor Jeffrey Rimer received the award for his pioneering research on crystallization, including the discovery of a natural fruit extract that can dissolve calcium oxalate crystals. His work has transformative implications for drug development and has led to human clinical trials underway.
Prof. Dr. Stefanie Gräfe from Friedrich Schiller University Jena receives €1.9 million ERC grant to investigate plasmonic dynamics and molecular structure in metallic systems, aiming to develop highly sensitive sensors.
An international team of astrophysicists has provided the first clue to the speed of dark matter, finding that it matches the movement of the least heavy metal-rich stars. This breakthrough could help shed light on why direct detection experiments have failed to detect dark matter particles.
Scientists at Mainz University have increased the yield of their ultracold neutron source by a factor of 3.5, achieving 8.5 UCN per cubic centimeter. This improvement enables more sensitive measurements to determine the lifetime of free neutrons and is crucial for experiments in fundamental research.
Researchers at Northwestern University have captured on video the collision and fusion of organic nanoparticles for the first time. This unprecedented view enables scientists to study dynamic phenomena in nanoscale materials systems.
Dr. Walter J. Koch, a renowned researcher at Temple University Health System, has been awarded the American Heart Association's Basic Research Prize for his groundbreaking work on molecular signaling of cardiac injury and repair. His research has identified novel molecular targets for treating heart failure.
Research investments in five areas of study are needed to accelerate new innovations for neglected diseases, according to Dr. Peter Hotez. Strategic funding could jumpstart a new generation of translational medicine and control tools.
TU Graz is awarding €2 million to the 'Mechanics, Modeling and Simulation of Aortic Dissection' project and €1.5 million to the 'Porous Materials @ Work' project to advance research in biomechanics and materials sciences. The funding will support the development of simulation models and algorithms to diagnose and treat aortic dissections.
Research by Swansea University scientists improved nanowire stability, enabling more durable nanotechnology for future semiconductor devices. Atomic changes to metal catalyst particles revealed new physical evidence on barrier inhomogeneity, allowing nanoengineers to select device properties.
Researchers at the University of Pittsburgh are exploring a new architectural system based on acoustic diodes to create effective sound barriers that can cancel out unwanted noise. The technology has the potential to improve indoor comfort, reduce mental stress, and enhance workplace efficiency.
The 'Programme for Translational Hematology' aims to strengthen cooperation between basic and clinical research to gain new knowledge on leukaemia. The programme will focus on identifying new treatment forms for AML and MDS, using DNA sequencing, pre-clinical models, and international research capacities.
Researchers use modern genetic sequencing tools to analyze more than 1,000 single-letter changes in the genetic code, finding new evidence that three similar-looking corals may be three separate species. This discovery could aid in conservation efforts and provide insight into coral epigenetics.
A new Canadian study suggests switching to a targeted strategy focusing on high-risk healthcare workers only. The annual screening protocol should be changed to reflect the epidemiology of TB in North America, with resources redirected to increase access to prevention and treatment infrastructure.
Researchers analyzed the interaction of cosmic web with distant quasar light to reveal properties of dark matter. The results support Cold Dark Matter theory and reject Fuzzy Dark Matter model.
Scientists at the University of Oxford are recreating supernovae in a laboratory using lasers, allowing them to study the properties of these explosive events. This research is helping scientists better understand the origins of our universe and the formation of elements heavier than hydrogen and helium.
Researchers propose a theory that predicts dark matter annihilation rates vary by galaxy size and time. This study suggests dark matter could consist of multiple particles interacting through a yet-undiscovered low-mass particle.
Scientists at Berkeley Lab demonstrated how particles synchronize in response to acoustic waves, exhibiting a phononic bandgap that emerged only when collectively organized. The study provides a simple platform to study non-equilibrium systems and could lead to the development of intelligent networks with sentient-like decision making.
The study found that the Northern Lenglongling fault was a more suitable seismogenic structure for the MS6.4 Menyuan earthquake. This is supported by field geological mapping and tectonic geomorphology analysis, which indicate the LLLF has been active since the Holocene.
Hydrogels, jelly-like materials with water-based properties, require a better understanding of their structure and mechanical properties. Professor Ullal will use super-resolution microscopy techniques to characterize the structure of hydrogels and develop new materials.
The National Institute on Aging has awarded $1.3 million to the American Federation for Aging Research as the first Nathan Shock Centers Coordinating Center. This center will coordinate activities among six basic biology of aging centers, enhance external communication with researchers and the public, and facilitate data sharing.
The National Science Foundation has awarded 156 early career engineers with a total of $78 million in grants, covering fields like smart materials, advanced robotics, and secure communications. These awardees will conduct five-year research projects and are expected to make significant advances in their respective areas.
Compressive-sensing pioneer Richard Baraniuk has won a five-year, $3 million fellowship to explore new technologies using the field of signal processing. The grant will help broaden the applicability of compressive sensing and enable radically new sensing capabilities.
The CEBAF accelerator has successfully delivered upgrade-energy electron beams into two of its experimental areas, Halls B and C. The upgrades mark progress toward the final DOE approval step for project completion.
Researchers at TIFR have identified a specific region within SIRT1 that determines its interaction with other cellular regulators, enabling it to choose which factors to interact with. This discovery provides new insights into the longevity factor's functional diversity and may lead to targeted therapies against age-related diseases.
The Canadian government is investing $125 million in a Pan-Canadian Artificial Intelligence Strategy to attract and retain top talent, promote collaboration among AI research centers, and drive innovation. The strategy aims to cement Canada's position as a global leader in AI.
The NSF has awarded a $6.1 million grant to US Ignite, Inc. and Northeastern University to establish city-scale testing platforms for advanced wireless research. This collaboration aims to develop faster and more robust wireless networks, addressing the growing demand from devices such as smartphones and wearable technology.
PAWR will provide unprecedented capabilities for wireless platform experimentation, potentially revolutionizing the nation's wireless infrastructure. The project aims to develop best practices and reference architectures for next-generation wireless technologies, including millimeter wave, to enable groundbreaking research.
Lithium-sulfur batteries show promise for high-energy storage, but rapid capacity fade hinders their use. A new approach using ferroelectric nanoparticles improves cycle stability by entrapping polysulfides.
Sebastian Will, a Columbia University assistant professor, has been awarded a $60,000 fellowship to investigate the fundamental understanding of quantum many-body systems. The Alfred P. Sloan Foundation recognizes his unique potential to make substantial contributions to physics.
Research found girls with low fundamental movement skills exhibit higher body fatness compared to boys, emphasizing the need for tailored strategies to enhance motor proficiency in girls. The study aims to understand the relationship between motor skills and obesity, suggesting that developmental delays may be a contributing factor.
A UNIST research team led by Professor Joonbum Bae received a commendation from the Minister of Public Safety and Security for their groundbreaking collaborative rescue robots. The award recognizes their work on humanoid avatar robots with a teleoperating system that can be deployed in disaster response.
Raju Venugopalan, a Brookhaven National Laboratory physicist, has been awarded the Humboldt Research Award for his work on quark-gluon plasma and ultra-cold atomic gases. The award will enable him to continue collaborations with German researchers and further explore connections between these systems.
Peter Baumann, a renowned chromosome researcher, joins Johannes Gutenberg University Mainz as Professor of Molecular Biology and Adjunct Director at IMB. His research focuses on telomeres and genetic diversity, aiming to understand the molecular and cellular principles behind chromosome biology.
Four Penn State researchers have been awarded a total of $450,000 by the Charles E. Kaufman Foundation to study RNA and its processes, as well as real-time gravitational wave detection. The research aims to advance methods for determining RNA structure in living cells and improve prospects for multi-messenger astrophysics.
UCSB neuroscientist Kenneth Kosik advocates for fundamental cell biology research into neurodegeneration, which may accelerate understanding of Alzheimer's and Parkinson's diseases. He argues that basic science provides a foundation for treatments beyond single diseases and early detection.
The NSF has awarded $12 million to develop systems that use photons in pre-determined quantum states for encrypting data. Researchers will engineer a quantum communication system on a chip, which could operate at room temperature with low energy.
The 'Ourobot' robot, developed by four bachelor students at Bielefeld University of Applied Sciences, features pressure sensors in its chain segments that enable it to detect and overcome obstacles. The project is a feasibility study, focusing on basic research and exploring the potential for future applications.
The National Science Foundation (NSF) is investing over $400 million in fundamental wireless research and infrastructure development. This support will enable novel technologies, applications, and services that can transform daily life through ultra-high-speed, high-bandwidth, and low-latency connectivity.
Researchers developed innovative solutions for autonomous flight, sensing and swarm coordination. The team's breakthroughs include new manufacturing methods, ultra-low power computing architectures and adhesives for agile robots.
A recent study by University of California, San Diego School of Medicine reports that educating Community Health Workers (CHWs) and other 'citizen scientists' can boost the integrity of scientific research. The Building Research Integrity and Capacity (BRIC) program uses eight modules to teach research ethics and concepts.
The University of California, Riverside, has received a nearly $1.6 million grant from the National Science Foundation to sequence the genome of the cowpea, a legume crop crucial for global food security. The research aims to develop high-yielding and disease-resistant cowpea varieties using genetically informed breeding strategies.
The International Human Frontier Science Program has selected eight researchers to receive Career Development Awards, worth $300,000 over three years. The award supports the launch of their first independent laboratory and enables fellows to return home or move to another HFSP member country.
A study by the University of the Basque Country found that larger pitches and more players per team increase physical and physiological demands on young footballers. The research suggests adapting competition models to match the physiological development of participants, particularly for the U12 age group.
Researchers have achieved controlled movement of individual skyrmions along a magnetic wire using electrical impulses at room temperature. This breakthrough is a significant step towards the development of new data storage technologies, offering improved energy efficiency and high storage density.
A recent study in The FASEB Journal found that the number of articles dealing with basic scientific research in top medical journals has decreased dramatically over the past two decades. This decline is likely to reduce doctors' exposure to science, which could have implications for advances in medicine.
A new DFG Research Training Group at FAU will investigate the relationship between brain development and adult diseases. The group aims to uncover how development processes affect disease susceptibility and identify new targets for therapy.
The National Science Foundation has awarded $37 million to fund research on co-robots that can collaborate with people, advancing the development of robots for critical tasks like infrastructure inspection and manufacturing. The awards support projects across various fields, including healthcare and search-and-rescue operations.
A team of scientists has discovered a way to control ultraviolet light emission from a complex oxide material by adding a water molecule to its surface. This discovery enables the potential for improving chemical sensors, computing, and information storage.
A $20 million gift from the Dolby Family Fund will support UCSF's Department of Psychiatry in its research on depression, bipolar disorder, and related illnesses. The goal is to rapidly advance treatments and eliminate stigma surrounding mental illness.
Researchers at the John Innes Centre have developed a method to produce large quantities of useful natural compounds efficiently by growing them in tomatoes. The study found that one tomato can produce the same amount of Resveratrol as exists in 50 bottles of red wine, and Genistein equivalent to 2.5kg of tofu.
A team of scientists at the University of the Basque Country has successfully simulated actions that contradict the fundamental laws of quantum physics in a laboratory setting. Using trapped atoms, they have reproduced symmetry operations previously thought to be impossible in the atomic world.
A UC Davis research team has been awarded $15.5 million to develop the world's first total-body PET scanner, which could revolutionize cancer tracking and treatment. The new technology allows for simultaneous imaging of the entire body, reducing radiation dose by a factor of 40 and scanning time from 20 minutes to just 30 seconds.
Michigan State University has partnered with ExxonMobil to improve the efficiency of photosynthesis in microalgae to produce biofuels and bioproducts. The project aims to determine which algae are most efficient under various conditions, leveraging new technologies developed by MSU researchers.
Astrosat observes cosmic objects in visible light, ultraviolet waveband, and X-ray wavebands from very low to high energy. The satellite addresses fundamental scientific problems like testing Einstein's general theory of relativity and studying superdense cold matter.
Researchers at MIT have developed a new cache-coherence mechanism that significantly reduces memory usage in multicore chips. The Tardis system uses time stamps and lease management to enforce logical-time order, eliminating the need for invalidation messages and saving space in shared caches.
A study by Hanna Marno and colleagues found that languages with SVO structures prefer simplicity due to cognitive load constraints. In experiments where participants were not required to invent their own gestures, a preference for the SVO form emerged in both Italian-speaking and Farsi-speaking groups.
The researchers will investigate how variability in neuronal responses contributes to learning and performance in motor tasks. By understanding this connection, they aim to uncover the fundamental mechanisms underlying neural variability and its role in brain function.
The determination of fundamental constants is becoming increasingly accurate, according to a review paper published this week. This will aid in the redefinition of standard scientific units, including the kilogram and the Kelvin, by 2018.