Researchers uncover new insights into quantum entanglement

30. syyskuuta 2025 Raportoinut AI

A team of physicists has announced a breakthrough in understanding quantum entanglement, potentially revolutionizing quantum computing. The study, published on September 25, 2025, demonstrates a novel method to measure entanglement more precisely. This could pave the way for more stable quantum networks.

Physical attacks expose flaws in Intel and AMD secure enclaves

Researchers have demonstrated physical attacks that can breach trusted execution environments from Intel and AMD, key components in network security. These vulnerabilities allow attackers with physical access to extract sensitive data from supposedly secure hardware enclaves. The findings highlight risks in relying on such technology for protecting cloud and enterprise systems.

Study questions U-shaped pattern of happiness over lifespan

A new analysis of UK data challenges the long-held belief that happiness follows a U-shape through life, dipping in midlife before rising again. Researchers found that well-being remains stable or slightly increases with age. This finding, published in Psychological Science, suggests the curve may not be universal.

Scientists uncover new quantum computing breakthrough

Researchers at a leading university have developed a novel quantum algorithm that significantly improves error correction in quantum computers. This advancement could accelerate practical applications in cryptography and drug discovery. The study was published in a prestigious journal on September 27, 2025.

New method reduces errors in quantum computing

Scientists have developed a novel technique that significantly cuts error rates in quantum computers. The breakthrough, detailed in a recent study, could accelerate the path to practical quantum technology. Led by researchers at a leading university, the method addresses a key challenge in the field.

Researchers identify gut bacterium linked to brain health

A new study uncovers a specific gut bacterium that produces a molecule capable of influencing brain function in mice. Led by scientists at the University of California, Berkeley, the research highlights potential new avenues for treating neurological disorders. The findings were published on September 29, 2025, in the journal Nature.

Harvard study links gut bacteria to lower anxiety levels

Researchers at Harvard University have identified specific gut microbiome compositions associated with reduced anxiety in humans. The two-year study, published today, strengthens evidence for the gut-brain connection. This discovery opens doors to microbiome-based mental health interventions.

2025 Ig Nobel Prizes Honor Eccentric Research

The 2025 Ig Nobel Prizes were awarded on September 18 at Harvard University, celebrating quirky yet insightful scientific studies that make people laugh and then think. Winners included projects on pigeon-guided missiles and the physics of coin flips, highlighting the intersection of humor and serious inquiry. The event, marking the 35th anniversary, drew global attention to unconventional research.

NIH Announces $50 Million Autism Research Initiative

The U.S. National Institutes of Health has unveiled a $50 million initiative aimed at advancing autism research through scientific collaboration and innovative studies. This multi-year effort seeks to deepen understanding of autism spectrum disorders by integrating genetic, environmental, and neurobiological data. Officials emphasize that the program is firmly rooted in evidence-based science to improve diagnostics and interventions.

Researchers discover new quantum computing breakthrough

Scientists have unveiled a novel method for stabilizing qubits in quantum computers, potentially accelerating practical applications. The discovery, detailed in a recent study, addresses a key challenge in quantum error correction.

Scientists identify new protein role in brain development

05. lokakuuta 2025 Raportoinut AI

A recent study has revealed how a specific protein influences neural connections during early brain growth. Researchers from the University of California found that disrupting this protein leads to impaired synapse formation in animal models. The discovery could pave the way for better understanding neurodevelopmental disorders.

Images show rifampicin's effects on E. coli bacteria

Scientists have captured the first detailed images revealing how the common antibiotic rifampicin disrupts E. coli bacteria at a molecular level. Using advanced cryo-electron tomography, researchers visualized the drug binding to bacterial machinery, halting growth. The findings, published in Nature, offer new insights into antibiotic mechanisms.