A recent study by RIKEN researchers reveals a method to overcome 'dark modes' that hinder phonon control, potentially paving the way for advanced quantum devices.
Researchers at RIKEN have introduced a new approach for achieving one-way quantum synchronization of phonons, showing promise against noise and defects.
The increasing reliance on guest editors has raised alarms in the academic community, particularly following a recent retraction by a genetics journal of a nearly complete special issue.
Yunlin County in southwestern Taiwan showcases a vibrant agricultural landscape, characterized by a variety of crops cultivated on small farms.
The recent discontinuation of a prominent journal ranking system in China has left scholars anxious about the future landscape of academic publishing and its implications.
A new method developed by researchers at Hannover Medical School enables the efficient production of human macrophages from stem cells, potentially revolutionizing immune cell therapy.
On March 13, 2026, two prominent figures from NASA’s Johnson Space Center were honored by the National Space Club & Foundation in Washington, D.C. for their significant contributions to human spaceflight.
Recent research uncovers a previously unrecognized weak point in DNA, highlighting the effects of environmental factors and oxidative stress on genetic material.
A recent study examines ultra-faint dwarf galaxies orbiting the Milky Way, which may provide valuable information about the infant universe, as published in a leading astronomical journal.
The FCC has reinforced existing rights to Mobile Satellite Service spectrum, rejecting proposals from SpaceX and other companies seeking access to these valuable frequencies.
Recent research indicates that ancient African topography played a significant role in shaping the South Asian summer monsoon, a vital climate system for billions today.
Recent findings suggest that ancient octopuses were significantly more predatory than today's species, potentially dominating ocean ecosystems 100 million years ago.
A recent study sheds light on how the earliest proteins may have developed intricate shapes using a limited number of amino acids, potentially altering our understanding of early biological systems.
Recent developments in GPU supercomputing technology are reported to significantly improve the accuracy and efficiency of quantum chemistry calculations, according to a new study.
SpaceX has been awarded a $57 million contract by the U.S. military to demonstrate satellite-based data links using the Link-182 standard, which is intended to support the Golden Dome initiative.
Recent research indicates that the effectiveness of caspofungin, a common antifungal drug, is contingent upon the activity of its target enzyme, raising concerns about its use in serious infections.
Four astronauts from three different space agencies are set to embark on a long-duration science mission aboard the International Space Station, with a launch planned for mid-September 2026.
A collaborative effort has led to the capture of atomic-resolution images of a key copper enzyme, shedding light on its role in nature's chemistry through advanced XFEL technology.
Research from Lund University sheds light on how a small songbird, weighing no more than a letter, successfully migrates across the Sahara and other deserts each year.
Research into excitons, luminous quasiparticles, highlights their efficiency in light absorption and emission, suggesting promising applications in materials science and information technology.