Revolutionizing Optical Technologies with 2D Mercury-Acetylide Frameworks
The emergence of 2D mercury-acetylide frameworks presents exciting possibilities for advancing optical technologies, addressing the growing demand for speed and efficiency.
Latest Research stories from Science.
The emergence of 2D mercury-acetylide frameworks presents exciting possibilities for advancing optical technologies, addressing the growing demand for speed and efficiency.
A collaborative team from Freie Universität Berlin, HZB, and Uppsala University is investigating spintronic devices, which promise to enhance energy efficiency in data processing.
A recent study highlights the importance of mechanical stability in antibodies, revealing it as a crucial factor in their ability to neutralize SARS-CoV-2.
Although air leaks in a Russian module of the International Space Station have ceased, the underlying cause of the cracks remains unclear to engineers.
A discussion focusing on the mission assurance challenges in missile defense initiatives is set for May 13. Interested participants can register to join the conversation.
A recent study examines the nuanced effects of offshoring on innovation among Taiwanese electronics firms, highlighting the complexities of global manufacturing trends.
Researchers at the University of Tennessee have identified a distinctive flower-like pattern in superconductivity, marking a significant advancement in the development of custom quantum materials.
Researchers at the University of New England have developed a low-cost method for microplastic extraction from soils, potentially setting a new standard for soil analysis and enhancing safety for agriculture and human health.
Pet reptiles often engage in 'glass surfing,' a behavior that may indicate stress or boredom. This phenomenon is observed by millions of reptile owners and raises concerns about animal well-being.
Recent findings from Ben-Gurion University highlight how microbes can sense their neighbors and adapt their roles to minimize competition, as detailed in Nature Microbiology.
A recent study from the University of Michigan highlights the role of specific plant species in how communities adapt to rising temperatures, based on field research.
Despite U.S. companies providing more detailed reports on cybersecurity, the stock market's reaction remains largely unchanged, according to a recent study.
Researchers at the University of Maryland have discovered a method to control the nuclear spin of molecular hydrogen by freezing it in dry ice, as detailed in a recent study.
Recent genomic studies from southern Germany suggest that many modern villages and towns in Central Europe originated from settlements established after the fall of the Western Roman Empire.
A novel approach from Constructor University researchers aims to leverage AI and social media insights to boost engagement in environmental initiatives.
Experts are emphasizing the role of nanofiltration in effectively removing glyphosate from agricultural runoff, addressing significant water quality concerns.
An international team led by UCLA has introduced a novel technology that may improve the understanding of how drugs and small molecules interact with proteins, potentially aiding in drug development.
A recently discovered decorative cup in Spain may symbolize a Roman soldier's connection to Hadrian's Wall, shedding light on historical ties between distant regions.
While IPOs capture public attention, seasoned equity offerings are significantly more lucrative. In 2025, SEOs generated $175 billion, raising questions about the SEC's information release practices.
Research reveals surprising recovery patterns in Puerto Rico's ecosystems following Hurricane Maria.