A study by Tohoku University researchers has clarified how external driving forces, such as magnetic fields and electric currents, affect magnetic structures. The findings suggest that the actions of these forces on the structure are fundamentally different.
Researchers found that combining TTFields with chemotherapy significantly improved progression-free and overall survival for patients with glioblastoma. The study, published in JAMA, suggests a potential new treatment approach for this devastating brain tumor.
A new study by New York University researchers shows that federally and non-federally funded research investments have a significant impact on the economy. The study found that 40% of PhD recipients took jobs in the private sector, with those in science fields disproportionately gaining placement in large and high-wage businesses.
Scientists at NREL have developed a new probe to monitor the formation and decay of fields within photoelectrodes, enabling better understanding of their photophysics. This breakthrough could lead to improvements in the design of more efficient and stable photoelectrochemical cells for solar energy conversion.
Researchers have discovered high levels of polarization in radio emissions from Sagittarius A*, providing proof that strong horizon-scale magnetic fields exist. This finding has significant implications for our understanding of black hole growth and the nature of gravity.
The Event Horizon Telescope detected magnetic fields near the event horizon of the Milky Way's central black hole, Sgr A*, for the first time. The findings suggest that these magnetic fields are disordered in some regions and organized in others, possibly related to jet generation.
Cuttlefish use electrical fields to mask their presence from sharks, reducing the bioelectric field by up to 89% when arms are over siphons. This technology is used in combination with visual camouflage to protect against predation.
A new study by Rice University social scientist Erin Cech dispels the idea that women choose more flexible career fields due to plans to raise children, while men opt for provider-friendly roles. Most students did not consider their future family plans when making career decisions.
A supercomputer simulation demonstrates that a collapsing massive star can generate enormous magnetic fields, focusing gas along the rotation axis to create jets producing oppositely directed blasts of highly energetic gamma rays. This breakthrough model sheds light on the process behind hypernovae and gamma-ray bursts.
Researchers used supercomputer simulations to understand how magnetic fields amplify in collapsing stars, enabling jets that power supernovae and gamma-ray bursts. The study found a dynamo process creates large-scale fields needed for these explosions.
Researchers at HKUST discovered a new type of superconductor, called Ising superconductors, that can withstand strong magnetic fields. These materials have potential applications in quantum computing and may lead to the creation of Majorana fermions.
A new technique allows for faster monitoring of magnetic field changes before solar flares, providing advance warning of potentially devastating space storms. The method, developed by Queen's University Belfast, enables scientists to examine the precursors responsible for destructive space weather.
JURECA's massive computing power of 2.2 quadrillion operations per second enables researchers in life sciences, earth system sciences, and other fields to tackle complex issues. The system's flexibility allows for various applications, including brain research, medicine, and materials research.
New research reveals more of Britain's countryside dates back to Roman period, shaping modern land management approaches. The Fields of Britannia project highlights the enduring legacy of Roman land practices.
Researchers have developed high-temperature superconducting materials that can operate at high magnetic fields, opening a new path to fusion energy. These materials could enable the creation of compact, power-producing reactors capable of producing 500 MW of fusion power.
Scientists have created two innovative techniques to visualize microwave fields, utilizing spin states induced by microwaves. The first method uses rubidium atoms in a glass cell to image the field in high resolution, while the second method employs individual electrons in diamond to produce nanoscale images.
Scientists have found a method to mitigate Edge Localized Modes (ELMs) in tokamaks by using magnetic fields to produce a specific note, reducing the risk of damage to the vessel's walls. This new technique could be crucial for the success of ITER.
Physicists at PPPL found a clue to forming large-scale magnetic fields by analyzing small magnetic disturbances that combine under certain conditions. Small velocity shear creates the necessary environment for these disturbances to form one large disturbance, which can persist over billions of years.
A study by the USGS found that native bees are exposed to neonicotinoid insecticides and other pesticides, particularly in agricultural fields and grasslands. The presence of these pesticides can harm bee populations and reproductive success.
Researchers tracked juvenile cowbirds using automated telemetry systems, finding they leave host nests at dusk and spend nights in nearby fields before returning just after daybreak. This behavior helps young birds avoid imprinting on their host parents and learn essential survival skills.
ICFO researchers create a microscopic Carnot engine that operates between two thermal baths using a temperature difference, exactly as car engines work. The engine is powered by a single particle, lasers, and electrical fields, allowing for the experimental validation of thermodynamic principles.
Researchers have developed a new method to probe the internal magnetic fields of red giant stars using asteroseismology. This technique involves analyzing variations in light emitted from a star as due to sound waves from its interior, revealing strong internal magnetic fields in these stars.
Researchers use asteroseismology to track waves through stars and determine internal properties, finding nearly a million times stronger magnetic fields than typical refrigerator magnets. This technique allows probing of previously hidden regions of stars.
Researchers used asteroseismology to probe magnetic fields in the cores of red giants, finding them strongly magnetized. The strong fields disrupt gravity waves, causing energy loss and affecting star evolution.
A study of edge-on spiral galaxies has revealed that halos of cosmic rays and magnetic fields are much more common than previously thought. Researchers used the VLA to detect faint radio emission, providing valuable information on star formation, winds from exploding stars, and galaxy magnetic fields.
A proposed technique from physics can help remove experimenter bias in social science research, improving confidence in published studies. Researchers suggest using blind analysis to prevent confirmation biases and ensure more accurate conclusions.
Research suggests that tidally locked planets may have protective magnetic fields due to tidal heating, which helps maintain surface conditions conducive to life. This finding challenges the previous assumption that such planets are at mercy of their star.
Researchers at Michigan State University found that Chinese farmers are adapting to shrinking domestic soybean fields by planting more profitable crops like corn, but this shift has environmental implications. Meanwhile, pockets of resilience in soybean cultivation suggest potential solutions for China's burgeoning food demand.
A PhD candidate at Queen's University has made a groundbreaking discovery of the first massive binary star with magnetic fields. The research provides new insights into the origin of magnetism in massive stars and may help explain why only 10% of these stars have strong magnetic fields.
A UCLA physicist tested dark energy theories by mimicking the vacuum of space using cold atoms. The study found no difference in the acceleration of cesium atoms when changing the location of a dense object, providing insight into how chameleon fields interact with normal matter.
Researchers create a technique to emit electrons in a controlled direction using near-fields induced by strong laser pulses on glass nanoparticles. This method has potential applications in cancer therapy and imaging methods.
New research from Cornell University suggests that farmers should wait 24 hours after a rain or irrigation to harvest crops, as this reduces the risk of exposure to the pathogen Listeria monocytogenes. By doing so, farmers can minimize the presence of Listeria on fresh produce and ensure consumer safety.
Researchers at Massachusetts General Hospital developed a new method for skin rejuvenation using pulsed electrical fields, which induce cellular death and proliferation without affecting the extracellular matrix. This non-invasive procedure shows promise in improving skin health with minimal risk of scarring or altered pigmentation.
A new model can measure the magnetic field configuration of a solar eruption significantly further ahead in time, potentially giving forecasters 24-hour advance warning to protect their systems. The model uses NASA's Solar Dynamics Observatory data and has been tested on eight different CMEs with promising results.
Researchers at the University of Tokyo have developed a new microscope that can observe magnetic sensitivity in photochemical reactions within sub-cellular structures. The microscope, called TOAD imaging, allows for the detection of radical pairs formed from flavin adenine dinucleotide (FAD) and their response to weak magnetic fields.
Researchers at UC Davis identified genes linked to electrotaxis in amoebas, which could help understand electrical signals detection. The study's findings may lead to new insights into wound healing and tissue development.
Researchers at Tel Aviv University have developed a method to preserve milk using short pulsed electric fields, which can kill bacteria and extend shelf life. The technology is energy-efficient and does not require constant electricity supply, making it suitable for use in developing countries.
Researchers found that wetlands created between tile-drained agricultural fields and rivers can remove 62% of nitrates from water. The slow flow of water through the wetland allows microbes to eliminate nitrate, reducing its emission as a greenhouse gas. Building a wetland is an effective long-term solution for reducing nitrate runoff.
A researcher at the University of Waterloo has theoretically demonstrated detecting a single nuclear spin at room temperature, enabling enhanced Nuclear Magnetic Resonance (NMR) imaging of biological materials. A tiny ferromagnetic particle acts as an amplifier to detect a single spin at a distance of 30 nanometres.
Researchers at Technical University of Munich develop record-breaking magnetic shielding to dampen low frequency magnetic fields, creating the weakest magnetic field in the solar system. This breakthrough enables high-precision experiments, such as measuring the electric dipole moment of neutrons.
A new survey reveals widespread homophobia in UK sports events, with gay men and lesbians facing verbal slurs, physical assaults, and violence. The study also found that many straight people believe an openly LGBTQ+ person would not be safe as a spectator.
The five-year research project will train underrepresented minority students in STEM fields to address a critical shortfall in the workforce essential for future NASA missions. The project will include undergraduate training, research, and doctoral studies, aiming to develop new approaches to visualize and analyze massive data sets.
A new study suggests that higher education's focus on individual access for underrepresented populations does not address systemic inequalities and marginalizing attitudes in STEM fields. Colleges must tackle complex challenges of changing campus culture to improve student outcomes.
Researchers used cosmic rays to measure electric fields in thunderclouds, revealing strengths of up to 50 kV/m. This new method provides a better understanding of lightning activity and contributes to more accurate predictions.
Astronomers have detected strong magnetic fields near the event horizon of a supermassive black hole using ALMA. The findings provide new insights into the mysterious mechanisms driving jet formation, with magnetic fields playing a crucial role in matter escape.
Researchers at the University of the Witwatersrand have demonstrated the first observation of angular acceleration in laser light, which can be controlled with a single parameter. This breakthrough could lead to new applications using structured light fields.
Cathleen Crudden, a Canadian scholar at Queen's University, has been awarded the 2015 Killam Research Fellowship. She will support her ongoing project on organically modified metal surfaces for biosensing and beyond. Her research focuses on using boron chemistry to catalyze organic synthesis and materials chemistry.
Researchers investigated the influence of low-frequency magnetic fields on neurodegenerative diseases, including Alzheimer's disease and amyotrophic lateral sclerosis (ALS). The study found that exposure to these fields did not accelerate disease development or affect learning behavior in relevant mouse models.
New research using high-resolution observations reveals that magnetic fields in the Cat's Paw Nebula preserve their direction from large to small scales. This suggests that self-gravity and turbulence cannot significantly alter the field direction, allowing for a more detailed understanding of star formation.
Scientists at Niels Bohr Institute create novel sensor using entangled atoms to precisely measure tiny magnetic fields, enabling new insights into biology and medicine. The researchers employ a unique technique involving laser light and quantum uncertainty relations to overcome classical physics limitations.
Researchers expose high-temperature superconductors to record-breaking magnetic fields, revealing unique properties and interactions between electrons. The study paves the way for a new theory of superconductivity, aiming to create room-temperature superconductors without cooling requirements.
A Clemson University study found that universities with locally available supercomputers were more efficient in producing research in critical fields such as chemistry and civil engineering. The study used data from the National Research Council survey of 212 institutions, including 177 universities with high or very high research levels.
Researchers from General Atomics and Princeton Plasma Physics Laboratory made a major breakthrough in controlling heat bursts in fusion reactors. They found that tiny magnetic fields can create two distinct responses, allowing more heat to leak out and preventing intense heat bursts.
A study by UC Santa Barbara researchers found that foreign-born STEM students are more likely to stay in the US than return home, with 44% of Silicon Valley startups including a foreign founder. The study suggests that visa requirements and lack of mentorship opportunities may be driving these students abroad.
A study published in Evolution and Human Behaviour found that women are more attracted to war heroes than regular soldiers or men who display heroic traits in other fields. The researchers also discovered that heroism in combat increases women's levels of sexual attraction towards male soldiers, but not in disaster zones.
A study of children with DNA abnormalities on chromosome 16 found a significant delay in processing sound and language, linking the deletion to key biological pathways. The research may lead to future medical treatments for specific subtypes of autism and other neuro disorders.
A new Northwestern University analysis reveals that the bachelor's-to-Ph.D. pipeline in science and engineering fields no longer leaks more women than men, with women outnumbering men as Ph.D. earners but not in doctoral persistence. Women have overcome potential gender biases to pursue graduate school, closing gaps in representation.
A recent study by Washington State University researchers found that adding more natural buffers to farm landscapes can not only slow soil erosion but also create more visually appealing fields and valleys. The study surveyed residents in the Palouse region of eastern Washington State, who preferred landscapes with more nature and fewe...
Researchers have discovered tiny magnetic particles in meteorites that retain a faithful record of the magnetic fields generated by their parent bodies. By analyzing these particles, scientists were able to reconstruct the history of magnetic activity on the meteorite parent body and capture the moment when the core finished solidifying.
A new study suggests that women are underrepresented in academic fields that prioritize brilliance, rather than intellectual ability. Researchers found that a strong emphasis on brilliance among practitioners is the best predictor of women's underrepresentation in these fields.