Groundbreaking research using EEG brain recordings has finally provided direct evidence for why people with schizophrenia hear voices. The study reveals a critical failure in the brain’s ability to recognize self-generated thoughts, offering new pathways for treatment and early detection of psychosi
Researchers have identified two remarkably stable bacteriophages that evolved to infect immotile bacteria despite originating from flagellotropic ancestors. The PIN viruses demonstrate unprecedented genetic adaptability that could revolutionize phage therapy development against drug-resistant pathog
A computational study demonstrates how mathematical descriptors can predict the performance of porous materials used in gas storage and drug delivery. The research validates topological indices through quantitative structure-property relationship modeling of chemical compounds.
Researchers have developed computational methods to analyze and predict the properties of advanced porous materials using mathematical descriptors, according to a recent study published in Scientific Reports. The research focuses on metal-organic frameworks (MOFs) and covalent organic frameworks (COFs), two classes of materials with significant potential for applications ranging from gas storage to drug delivery due to their high surface areas and tunable structures.
Munster Technological University has joined CERN’s ATLAS experiment as Ireland’s first technical associate institute. The university’s engineering teams are developing power systems and mechanical supports for the Large Hadron Collider’s high-luminosity upgrade, positioning Irish researchers at the forefront of particle physics discoveries.
Just days after Ireland secured associate membership with the European Organization for Nuclear Research (CERN), Munster Technological University (MTU) has announced its pioneering role in one of the world’s largest scientific experiments, according to reports from the institution. MTU has joined the ATLAS collaboration as a technical associate institute—marking Ireland’s first participation in the flagship particle physics project that famously discovered the Higgs boson particle in 2012.
A groundbreaking material selection framework promises to revolutionize sustainable product design by balancing durability metrics with environmental impacts. The new indicator helps engineers identify materials that maximize product lifespan while minimizing ecological footprint, according to recent scientific reports.
Engineering researchers have developed a comprehensive material selection framework that reportedly addresses a critical gap in sustainable product design, sources indicate. The newly proposed Service Durability Performance (SDP) indicator integrates multiple durability factors with environmental performance to help designers select materials that extend product lifespans while reducing ecological impacts, according to findings published in Scientific Reports.
Scientists have unveiled a novel approach to battery electrode design that addresses key challenges in lithium-ion technology. The research demonstrates how carefully engineered composite materials can significantly improve battery performance and longevity.
Researchers have developed an innovative approach to battery electrode design that could pave the way for more stable and efficient energy storage systems, according to reports published in Nature Nanotechnology. The study focuses on graphite/silicon composite electrodes with precisely controlled nanoporosity and microstructure, which sources indicate demonstrate promising results despite being at an early development stage.
Scientists have uncovered groundbreaking sensing properties in innovative two-dimensional materials. The research reveals how ScSTe, TiSTe, and ZrSTe nanosheets interact with dangerous nitrogen-based gases, opening new possibilities for environmental monitoring technology.
Researchers have made significant strides in environmental monitoring technology through the investigation of novel two-dimensional materials, according to a recent study published in Scientific Reports. The comprehensive analysis explores the sensing capabilities of Janus transition metal dichalcogenide nanosheets for detecting nitrogen-based toxic gases, potentially paving the way for advanced environmental protection systems.
Advanced quantum algorithms are now being deployed to tackle wildfire management’s complex optimization challenges. These systems can process multiple variables simultaneously to create optimal response strategies in fractions of seconds, according to reports. Early adopters including the U.S. Army have already demonstrated successful applications in fire prevention planning.
Wildfire management represents one of the most complex optimization challenges facing emergency responders, with the need to allocate limited resources across dynamic, rapidly changing scenarios. According to industry analysts, quantum computing approaches are now demonstrating significant potential in transforming how authorities predict, prevent, and combat these devastating natural disasters.
Researchers have developed an artificial intelligence system that automatically detects and segments gastroesophageal reflux events with unprecedented accuracy. The technology addresses critical limitations in current diagnostic methods that rely on time-consuming manual interpretation.
Medical researchers have developed a novel artificial intelligence system that reportedly automates the detection of gastroesophageal reflux (GER) events with remarkable precision, according to recent scientific reports. The semi-U-Net architecture, which combines both 2D and 1D convolutional neural networks, represents a significant advancement in analyzing Multichannel Intraluminal Impedance (MII) signals for diagnosing gastroesophageal reflux disease (GERD).
The ability to survive the brutal lunar night is emerging as the defining challenge in the new space race. While Chinese landers using nuclear batteries have operated for years, recent U.S. missions have failed within weeks due to power limitations.
The next phase of space competition will be determined by which nations can conquer one of the moon’s most formidable obstacles: the 14-Earth-day-long lunar night. According to space industry reports, when the sun disappears from view, temperatures plummet to nearly minus 300 degrees Fahrenheit, solar panels cease generating electricity, batteries drain rapidly, and critical electronics freeze beyond recovery.
