Articles tagged with Oscillations
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Researchers at IBS report discovering spontaneous oscillations in microfluidic droplet networks, similar to our blood capillaries. Adding irregularities to the network relieves blood traffic cloggings, suggesting cell collisions or diameter variations help avoid dangerous oscillations.
Researchers have developed a novel concept for rapid data transfer using spin lasers, which can work at least five times faster than traditional systems and consume significantly less energy. The technology has the potential to revolutionize data transmission, but further optimization is needed.
A clinical study led by Flavio Frohlich at UNC School of Medicine successfully reduced depression symptoms in about 70 percent of participants using transcranial alternating current stimulation (tACS). The treatment target specific alpha oscillations in the brain, bringing them back into balance and decreasing symptoms.
Researchers developed a synchronization registration method with high sensitivity and selectivity, enabling the network to recognize up to 14 figures out of 102 possible variants. The system operates independently as a separate neural organism, utilizing multilevel neurons with high functionality.
MIT researchers develop a two-dimensional, sub-terahertz receiving array on a chip that's orders of magnitude more sensitive than existing sensors. This can help steer driverless cars through fog and dust by detecting signals at sub-terahertz wavelengths with ease.
The study found that the largest sustained ice loss in Greenland came from summertime melting of the southwest region, which has few glaciers. The researchers linked this to a climate cycle called the North Atlantic Oscillation. As global warming continues, the southwest region will become a major contributor to sea level rise.
Two studies, one in young adults and the other in mice, found that rocking during sleep leads to better sleep quality, faster falling asleep, and improved memory consolidation. The researchers discovered that rhythmic stimulation of the vestibular system plays a key role in this phenomenon.
A new study found that Greenland's southwest region is losing ice at an alarming rate, contributing significantly to sea level rise. This finding has serious implications for coastal cities and island nations vulnerable to rising sea levels.
Researchers at Ruhr-University Bochum discovered that test subjects can influence their learning success in a tactile task through neurofeedback training. By amplifying or reducing alpha oscillations, participants experienced improved sense of touch and learning outcomes.
Research using rodents and human participants reveals gamma band oscillations as a reliable predictor of individual pain sensitivity. This finding suggests that brain activity patterns can distinguish between varying degrees of pain tolerance across species.
The Madden-Julian Oscillation is likely to experience increased precipitation intensity under a warmer climate, while wind variations may slow or even decrease, according to a new study published in Nature Climate Change. This change could impact weather prediction for extreme events like hurricanes and droughts.
A new study reveals that brainwaves play a crucial role in inhibiting habitual thinking modes to access more remote ideas. By stimulating the right temporal part of the brain, researchers can increase the capability of inhibiting obvious links, leading to more creative outcomes.
Colorado State University scientists use the Madden-Julian Oscillation to forecast severe weather across the Plains and southeastern US. They achieved skillful predictions of severe weather activity about 60% to 70% of the time, including hail and tornadoes.
A new study reveals that global warming continued unabated since the Industrial Revolution, with a constant rate of change after World War II. The hiatus, often attributed to internal variability and external forcing, is actually a decadal balance between global warming and cooling from anomalous sea surface temperatures in the equator...
Research finds that warming ocean temperatures and changes in the North Atlantic Oscillation are causing a significant decline in shellfish landings. Habitat degradation, including increased predation and poor water quality, is also contributing to the decline.
A team of researchers at Kanazawa University used magnetoencephalography to monitor brainwaves in children with autism spectrum disorder and those developing typically. The study found significant differences in motor-related gamma oscillations, suggesting a potential biomarker for autism diagnosis.
Researchers have discovered that brain oscillations can be used to measure the activity of grid cells, which form the brain's navigation system. This breakthrough may lead to earlier diagnosis and treatment of Alzheimer's disease by testing impaired functionality.
Researchers have developed a way to convert low-intensity infrared beams into high-intensity X-ray beams, enabling ultra-fast probes for molecular dynamics studies. By enhancing higher-order oscillations in laser sources, they achieved attosecond-level resolution, opening the door to new insights into electron behavior.
A new study links Greenland ice sheet melting to natural climate patterns, the North Atlantic Oscillation and Atlantic Multidecadal Oscillation. The findings suggest that these patterns could accelerate or decelerate melting by two decades earlier or later this century.
Researchers from Konstanz and Munich have successfully directed and controlled ultrashort electron pulses using laser light cycles, enabling precise material studies in the femtosecond and attosecond range. This achievement has significant implications for ultrafast materials research and the production of intense X-ray flashes.
Researchers at HRL Laboratories developed a novel system that uses closed-loop electrical brain stimulation to improve memory retention. The technique, which matches transcranial alternating current stimulation with the brain's slow-wave oscillations during sleep, enhances learning and skill acquisition by about 48%. This study offers ...
Researchers propose a new method to protect power grid systems from cyber-attacks by utilizing PMUs and machine learning algorithms to identify real oscillations. This approach can help prevent catastrophic failures caused by GPS spoofing attacks
A team of MIT scientists analyzed two years of data from the IceCube Neutrino Observatory and found no evidence of Lorentz violation in high-energy neutrinos. The results establish the most stringent limits to date on the existence of Lorentz violation in neutrinos, confirming Einstein's theory.
By modeling the breakup of an oscillating stream of liquid, researchers have gleaned a better understanding of how sprays form. The study found that an oscillating stream breaks into a wider spray of finer droplets than a straight jet, improving fuel-air mixing efficiency.
Researchers found that heightened neural activity biases a person's subjective perception, leading to 'liberal detection bias' and potential 'hallucinations'. The study suggests that spontaneous fluctuations in brain activity shape conscious perception, with implications for our understanding of decision-making and perception.
Researchers have discovered a new fundamental feature of brain oscillations: they actually move rhythmically across the brain, reflecting patterns of neuronal activity that propagate across the cortex. This movement is important for memory and cognition, and may provide a new type of signal for brain-computer interfaces.
Researchers studied targeted observation for ENSO prediction, finding that observing central equatorial Pacific improves skill by 25%, while eastern Pacific observations during April-October boost accuracy by 62%. Implementing targeted observation weakens the spring predictability barrier, significantly improving prediction skill.
Researchers introduce 'quantum many-body scar' concept to explain unexpected periodic oscillations in interacting atoms. The phenomenon alters our understanding of possible dynamics in many-body quantum systems, providing a new perspective on equilibrium state.
A new theory explains the behavior of individual atoms in a recent experiment, revealing the existence of 'quantum many-body scars' that could help create robust quantum dynamics. This phenomenon is crucial for keeping atoms in a quantum state, which is necessary for processing and storing information in quantum computers.
A recent study found that powerful hurricanes intensify more rapidly and strongly in the Atlantic Ocean, with a climate cycle called AMO being the main driver. The average boost in wind speed during a 24-hour intensification event is about 13 mph more than it was 30 years ago.
A collaborative team of YNU and NTT researchers successfully observed petahertz electron oscillation, achieving the fastest measured in direct time-dependent spectroscopy. They characterized individual dephasing times and revealed benefits for controlling optical phenomena in electronic and photonic devices.
Researchers found a 54% increase in marine heatwave days every year, with significant impacts on ecosystems, biodiversity, fisheries, tourism, and aquaculture. The study also revealed an acceleration of the trend in marine heatwaves since 1982, with profound economic consequences.
Researchers at the Institute of Atmospheric Physics successfully predicted terrestrial water storage beyond 2-5 years in semiarid regions using a set of global land model ensemble simulations. The study improves near-term climate change projection and water resource management by incorporating low-frequency climate information.
Researchers at Aalto University found that El Niño and similar climate oscillations impact crop production worldwide, particularly in South Asia, Latin America, and Europe. The study highlights the potential of improved forecasting skills to improve agricultural resilience and food security.
Research suggests that age-related disruptions in sleep are not due to changes in individual neurons' activity. The study found similar effects of sleep deprivation on local sleep oscillations across different age groups.
A new study suggests that El Nino frequency is 300 percent more frequent in positive PDO phases and 58 percent less in negative phases. This finding could improve El Nino predictions by considering off-equatorial climate patterns.
Researchers found significant variations in high-frequency oscillation periods across different sea areas in the Western North Pacific. In the South China Sea, these oscillations occur at shorter intervals than in open water areas.
Researchers at Lancaster University have developed a new non-invasive technique to study brain function and its relation to aging. Preliminary results suggest that brain aging may begin earlier than expected, with declines in coherence between cerebrospinal fluid oscillations observed in participants over 25.
Researchers at Colorado State University have developed an empirical model that accurately predicts atmospheric river activity in the western US three weeks in advance. This breakthrough could enhance long-term weather forecasting capabilities, allowing for earlier warnings of extreme precipitation, floods, and droughts.
A University of Houston biomedical engineer has developed a new method to locate the brain's seizure onset zone in record time, reducing hospitalization time from up to 10 days to just one hour. This breakthrough could save patients weeks of treatment and improve their quality of life.
Scientists have successfully controlled magnetic oscillations of certain ferrous materials using electrical fields, enabling faster and more precise data storage. This breakthrough has huge implications for future electronics applications, where magnetic effects are currently difficult to write and store.
A recent study found that the biennial rainfall relationship between Central America and equatorial South America has weakened remarkably since 2000. This weakening is attributed to changes in El Niño-Southern Oscillation (ENSO) and tropical North Atlantic sea surface temperature (SST) patterns.
Researchers found a correlation between Arctic warming and extreme UK weather events, particularly winter storms and summer rainfall. The study suggests that changes in the North Atlantic jet stream and Greenland high-pressure blocking may be driving these trends.
A new smart grid system has been developed to reduce inter-area oscillations on the western power grid, allowing for more power to be transmitted while maintaining stability. The system uses real-time data from sensors placed throughout the grid to counteract oscillations, enabling utilities to save costs and improve efficiency.
Researchers analyzed tree masting observational data and found a strong correlation between the North Atlantic Oscillation and synchronized tree reproduction across Europe. This study supports the idea that the North Atlantic Oscillation plays a key role in large-scale masting.
Scientists have discovered oscillations in solar flares that exhibit pulses or oscillations in the amount of energy being sent out. These findings offer new insights into the origins of massive solar flares and their effects on space weather.
A landmark study by Australian-Italian researchers shows that oscillations, or 'strobes', are a general feature of human perception. This discovery has profound implications for understanding human behavior and decision-making.
Researcher Robert Reinhart found that synchronizing specific brain oscillations enhances executive function by improving communication between two key brain areas. Participants showed improved learning and decision-making skills, and effects could be quickly reversed.
Researchers developed a multivariate method for predicting behavioral response to a stimulus using information about the phase of preceding neuronal oscillations. The study found that reaction speed depends on the phase of low-frequency neuronal oscillations preceding the stimulus.
Researchers have discovered anomalies in the slow wave activity of mice with cognitive decline similar to Alzheimer's, which may provide new insights into the disease. The study suggests that restoring these waves could potentially be a therapeutic approach.
Researchers developed a new approach to identify individual equatorial waves in wind and geopotential height fields using classical equatorial wave theory. This allows for the temporal and spatial evolution characteristics of equatorial waves, including their initiations, propagations, and interactions with tropical convections.
Scientists at Osaka University and Italian researchers have created freestanding nanowires that can convert small levels of electrical power into mechanical oscillations at high frequencies. The design achieves unprecedented low power consumption, making it a significant step towards energy-efficient technologies.
Researchers have discovered that dragline silk from golden orb weaver spiders dissipates energy when twisted, preventing it from spinning uncontrollably. This property makes it an attractive material for biomimetic fibers with potential uses in violin strings, helicopter rescue ladders and parachute cords.
The study reveals that autumn Eurasian snowfall and surface air temperature contribute to snow variability via different pathways. Researchers found that atmospheric circulation, water vapor transport, and land-surface changes play crucial roles in shaping autumn Eurasian snow patterns.
A positive phase of the Interdecadal Pacific Oscillation could accelerate global warming, potentially pushing temperatures above 1.5°C as early as 2026. According to new research, this natural climate driver would likely produce a sharp acceleration in global warming over the next decade.
Researchers have identified a link between certain static images and gamma oscillations that occur when viewing black and white bar patterns, which can trigger seizures in people with photosensitive epilepsy. By adjusting image parameters, such as contrast and bar width, these images can be reduced to minimize the risk of seizures.
Researchers at the Institute of Physical Chemistry of Poland create a working memory based on chemical phenomena using Belousov-Zhabotinsky reaction. The system stores two logic states in triplets of adjoining droplets, allowing for permanent data storage.
University at Buffalo researchers have successfully reproduced Parkinson's brain oscillations in a petri dish using stem cells. This breakthrough could speed up the development of new treatments and even lead to a cure for Parkinson's disease.
Researchers found that bacteria in two separate populations can synchronize their oscillations to coordinate nutrient sharing, promoting growth. This communication strategy is similar to engineered systems and allows each community to take turns consuming limited resources, leading to a faster average growth rate.
Researchers found that the Atlantic Multidecadal Oscillation significantly modulates the Pacific SST-EAWM relationship, leading to warmer winters over East Asia when ENSO-like mode and AMO are in phase. The study suggests considering AMO phase in predicting EAWM-related climate based on ENSO variability.