A recent study published in the Proceedings of the National Academy of Sciences found that parents who discuss the relevance of science and math with their high schoolers can increase math and science ACT scores by 12 percentage points. The research also showed that these students are more likely to pursue STEM careers and take additio...
A common wheat virus can spread and harm perennial native grasses like switchgrass, reducing its vitality by 30%. This finding highlights the need for farmers and scientists to consider protecting native plants from diseases emanating from crops.
Scientists have developed a graphene-based imaging system that can visualize tiny electric fields in liquids, allowing for precise imaging of electrical signaling networks in the heart and brain. The new method could aid in diagnosing diseases, developing lab-on-a-chip devices, and studying optoelectronics.
A recent study by KIT researchers found that communication of risks related to mobile phones can have unintended consequences. Information on efficient precautions was found to lead to an increased risk perception by recipients, highlighting the need for a better understanding of how messages about precautions affect public perception.
Scientists studying lunar sonic booms hope to answer whether mini shock waves on the moon are being generated by protons in the solar wind colliding with pockets of magnetic fields. The findings come from NASA's ARTEMIS mission, which has gathered high-fidelity measurements of the shock waves.
Research suggests that low-carb diets, including Atkins and Paleo, may be safe for up to six months and lead to greater weight loss compared to low-fat diets. However, the study's findings come with limitations, as there is limited data on long-term safety and efficacy.
Purnendu Dasgupta, a UTA chemistry professor, received the 2016 Eastern Analytical Symposium's highest award for his broad contributions to analytical chemistry. His research projects have had significant positive impact on human health and disease treatment, including dry blood spot analysis and implantable shunt flow monitoring.
The W7-X stellarator in Germany has produced high-quality magnetic fields consistent with its complex design, achieving an error rate of less than one part in 100,000. This finding could be a key step toward verifying the feasibility of stellarators as models for future fusion reactors.
Researchers developed a high-precision sensor to measure small variations in strong magnetic fields, enabling the detection of mechanical processes in the body. The technique has broad applications in medicine and biological research, including the development of new contrast agents for MRI.
Researchers have detected linear polarisation in the light passing through the vacuum surrounding a neutron star, suggesting that strong magnetic fields can affect the properties of empty space. This finding provides experimental support for predictions made 80 years ago about vacuum birefringence.
The journal aims to provide cutting-edge reviews and tutorials on plasma physics, benefiting graduate students and young researchers. Published exclusively online by Springer, it will cover various fields of plasma physics, including natural and laboratory plasmas.
A study by the University of Georgia compared handheld and mobile data technologies for analyzing natural turfgrass sports fields. The results showed that mobile devices were more reliable for measuring penetration resistance, while handheld devices offered advantages in terms of affordability and abundance.
A new UW study examines gender disparities across STEM fields and finds that a masculine culture discourages women from participating. The researchers identify three main factors: a masculine culture that makes women feel like they don't belong, a lack of pre-college experience in certain fields, and stereotypes about women's abilities.
A new study published in Nature found that plant diversity can suppress insect pests by being variable, not just low quality on average. Researchers discovered that bugs have narrow ranges of nutrient levels where they flourish, making it easier to control pests.
The National Institute of Food and Agriculture (NIFA) has awarded $382,650 in grants through the Women and Minorities in Science, Technology, Engineering, and Mathematics Fields Program. The program aims to increase participation of women and underrepresented minorities in STEM fields, with a focus on rural areas.
Researchers at ETH Zurich have investigated how electrons respond to extremely fast electric fields, reaching speeds of up to petahertz. They observed that the absorption of diamond varied characteristically following the rhythm of the oscillating electric field, confirming the dynamical Franz-Keldysh effect.
Researchers demonstrate optomechanically induced non-reciprocal transparency and amplification in a microresonator, enabling the creation of controllable isolators and circulators. A non-reciprocal phase shift of up to 40 degrees is achieved using two oppositely propagating driving fields.
A new study from Oregon State University found that STEM faculty at large research universities are creating their own evaluation systems, using data to improve instruction. Faculty in these fields are gathering and responding to data, often using their own systems, to advance their teaching beyond required evaluations.
A new UTSA study by Huy Le identifies key predictors of student success in the STEM field, such as interest and ability. The research aims to encourage educators and counselors to support potential STEM candidates early on.
Researchers at Tel Aviv and Harvard Universities developed a method to control collagen-cell proliferation that produces scarring, using short pulsed electric fields. This technique, called partial irreversible electroporation (pIRE), reduces scar area by 57.9% in animal models.
A French study suggests a slight hiring bias in favor of women for science teaching positions, contradicting previous notions of bias against women. Researchers found that female applicants received higher grades than males in more male-dominated fields, with biases ranging from 3 to 10 percentile ranks.
Researchers create ultrafast electron imaging instrument to map electromagnetic fields oscillating at billions of cycles per second. The new technology enables precise detection and measurement of tiny, rapidly oscillating electromagnetic fields.
Researchers have developed an optical magnetic field sensor that can detect ultra-small magnetic fields from the nervous system. The sensor uses a gas of caesium atoms and measures electrical impulses without contact, offering new possibilities for medical diagnoses.
Researchers are using bioreactors to intercept nitrogen-rich drainage water from tile-drained fields, neutralizing the nutrient that causes problems for aquatic ecosystems. The trenches enhance a natural process, converting nitrogen into benign gas, and have shown promise in improving water quality.
Researchers found that incorporating an unfertilized winter wheat cover crop into annual crop rotations can significantly reduce nitrogen and phosphorus lost from row crops, enhancing downstream water quality. The strategy may also help alleviate the Mississippi River's nutrient load contributing to the Gulf Dead Zone.
A new microfluidic device has been developed to study the effects of electric fields on cancer cells, effectively stopping their growth and spread. The device uses low-intensity, middle-frequency electric fields to preserve healthy cells.
A Kyoto University study shows tsunami-borne EM fields can extract key information about earthquake hypocenters, including fault dip direction, which helps with early warning systems. This discovery could lead to improved tsunami forecasting and timely evacuations.
Researchers from the University of Pennsylvania demonstrate a multiscale simulation of lead titanate oxide, providing new understanding of polarizations within these materials. The study shows that domain walls move across ferroelectric materials like wildfire, but can be easily stopped once the electric field is removed.
Researchers have discovered a super-fast rotating, ultra-cool brown-dwarf star, measuring its rotational period with bursts of radio waves detected by the Arecibo telescope. This groundbreaking detection reveals new insights into the internal dynamics and magnetic field generation in these objects.
Researchers discovered weaker electric currents in diabetic wounds, which can lead to delayed healing and increase the risk of complications. This finding opens up new avenues for managing diabetic patients and could have significant implications for reducing healthcare costs associated with chronic ulcers and wounds.
Researchers found that electrical fields enhanced macrophage migration and phagocytosis, cleaning the wound site and boosting healing ability. This discovery may have wide-reaching implications for diseases where macrophages play a role.
Physicists observe nanoscale light-matter phenomenon lasting only attoseconds, studying collective electron motions and near fields in gold nanoneedles. The development enables precise characterization of near-field vibrations, paving the way for complex studies of light-matter interactions in metals.
A recent study published in Nuclear Fusion indicates that coaxial helicity injection can improve the efficiency of doughnut-shaped fusion machines. The simulation results show that narrowing the magnetic loop's extension into the tokamak vessel can close up to 70% of field lines, increasing current flow and magnetic fields.
Researchers at the University of Bristol discovered that bumblebees' tiny hairs deflect in response to electric fields, but only the hairs alert the bee's nervous system. This finding suggests that electroreception in insects may be more common than previously thought.
Researchers developed a compact, high-powered magnet to generate strong magnetic fields for cyclotron resonance experiments. This breakthrough enables routine measurements on a tabletop in a laboratory environment, facilitating rapid progress in semiconductor device development.
Researchers have designed three new eyeglasses using high-power prisms to optimally expand the visual fields of patients with hemianopia, a condition that affects over one million Americans. The new devices address limitations of existing prism technology and may provide additional range of vision when scanning in both directions.
The MMS mission directly observed magnetic reconnection for the first time, revealing a critical step in understanding space weather. By studying the phenomenon, scientists can better understand solar flares, coronal mass ejections, and auroras.
Research suggests that women with Ph.D.s in science and engineering fields tend to be clustered in lower-paying fields, earning an average of 31% less than their male counterparts. When controlling for family status, the pay gap disappears. The study highlights the importance of addressing family-friendliness in STEM careers.
A University of Illinois study reveals declining sulfur levels in agricultural areas, with negative balances in some watersheds and rivers. Farmers may need to apply sulfur fertilizer in the future, particularly on fields with less soil organic matter.
Scientists have developed a new method to image magnetic fields on the nanometer scale at temperatures close to absolute zero. They used quantum sensors in diamond-based microscopes to achieve unrivalled precision in measuring magnetic fields in superconductors.
A new study provides science-based recommendations for setback distances between animal agriculture practices and fresh produce, aiming to improve food safety. The research found that produce fields should be set back at least 160 meters from areas of manure application to lower the risk of foodborne illness.
FACETS, Canada's first open access science journal, has launched with a broad scope encompassing six major research fields and over 30 subjects. The journal waives article processing charges for submissions by June 30, 2016, to foster open access publishing and advance scientific knowledge.
A study from the University at Buffalo found that women who prefer more intelligent partners tend to distance themselves from STEM fields, performing poorly on math tests and showing lower identification with math. This effect is specific to perceived masculine fields of math and science.
Researchers have created tiny particles that can be precisely controlled by magnetic fields and generate electric fields, revolutionizing medicine and regenerative therapy. These 'Janus' particles can target cancer cells with precision and efficiency, eliminating side effects.
A new study finds that nitrogen fertilizer applied to fields today will pollute water for decades, increasing the risk of blue baby syndrome and other serious health concerns. The researchers discovered that nitrogen is building up in soils, creating a long-term source of nitrate pollution in ground and surface waters.
A team of engineers at Drexel University has developed a method for making bacteria-powered microrobots agile, enabling them to detect obstacles and navigate around them. The robots use electric fields to steer clear of hazards, providing a new level of automation in hybrid microrobotics research.
A team of UTA engineering and business school graduates has designed a Build-Teach-Play Robots package to stimulate STEM learning in kindergarten through 12th grades. The project aims to expose students to pathways in science, technology, math and engineering fields.
A study analyzing over 14 million RateMyProfessors reviews found that male professors are described as brilliant and genius in fields with low female and African-American representation. The researchers suggest that the emphasis on brilliance and genius may contribute to the underrepresentation of women and African-Americans in these f...
The study introduces a super element modeling method for petroleum reservoir simulation, which speeds up calculations by hundreds of times. This allows for rapid development of oil fields with improved accuracy.
Researchers have discovered Landau levels on atomically flat surfaces without asymmetries, supporting the domain model for non-magnetic field generation. The study reveals unique properties of graphite-based carbon materials, such as graphene, for electronic devices and catalysis.
Researchers at UT Dallas discovered that exposure to low levels of radio-frequency electromagnetic fields from cellphone towers can cause pain in individuals with nerve injuries, including amputees. The study suggests a specific nerve pathway and protein TRPV4 may contribute to this phenomenon.
The Southwest Research Institute\u2019s CuSP microsatellite will observe interplanetary magnetic fields and energetic particles in the solar wind. The mission aims to improve simulations of space weather, helping scientists understand its impact on power grids and space technology.
The PPPL team will investigate the formation and growth of magnetic fields using the Titan Cray XK7 supercomputer, with the goal of understanding processes like Weibel instabilities and explosive magnetic reconnection. The research will also inform experiments at the National Ignition Facility.
Researchers develop a new algorithm to simulate electron trajectories in complex magnetic fields, significantly reducing simulation time. The method is applied to multipoles such as quadrupoles or sextupoles, yielding precise results and improving the stability of electron orbits.
Microbots are controlled using individual magnetic fields from an array of tiny planar coils, allowing for independent movement and cooperative manipulation tasks. This technology aims to enhance manufacturing and biomedical research applications.
An international team of astronomers found strong magnetic fields are common in stars, contradicting previous assumptions. The study used data from NASA's Kepler mission to analyze over 700 red giant stars and discovered that many host internal magnetic fields up to 10 million times stronger than Earth's.
A team of astronomers has discovered that up to 60 percent of stars host strong magnetic fields, which can significantly alter the physical processes taking place in the core. The researchers used asteroseismology to detect these hidden fields and found that they are prevalent in intermediate mass stars.
Research reveals peridotite serpentinization produces more hydrogen gas and methane than olivine alteration. Pyroxene and spinel promote the formation of these nutrients, which are crucial for life's emergence. The study suggests that kinetics and reaction progress influence hydrocarbon production.
Scientists at NIST create non-invasive technique to map trapped light vibrations and fine-tune resonator frequency, enabling ultrasensitive sensors and identical resonances. The focused lithium-ion-beam technique allows for high-resolution imaging without disturbing near-fields.
Scientists discovered twisted magnetic fields in dusty disks orbiting young stars, affecting disk growth. The study used the VLA radio telescope to observe a 750-light-year-old protostar in Perseus, finding millimeter- to centimeter-sized particles in the disk.