A study from the University of Leeds uncovers how lycophytes, primitive plants, adapted through a novel photosynthesis method during a significant extinction event.
Recent research indicates that footballs can be engineered to reduce the impact of heading, potentially enhancing player safety and brain health.
As plans for a sustained human presence on the moon evolve, the use of lunar soil for roadways and other infrastructure is gaining attention, particularly through initiatives like the Artemis Program and ESA's Moon Village.
Recent research indicates that specific strains of fungi may withstand the harsh conditions of space travel, potentially aiding future Mars missions.
As Artemis 2 concludes, it's essential to reflect on the motivations behind America's government space initiatives amidst fluctuating public sentiment.
China is significantly enhancing its satellite manufacturing capabilities, aiming to produce thousands of spacecraft each year, though it encounters launch bottlenecks and uncertain market demand.
A prominent animal rights organization has raised concerns that Pfizer may not be adhering to its own established standards regarding the treatment of research monkeys.
Researchers at Florida International University have created a novel, cost-effective method to eliminate persistent 'forever chemicals' from drinking water, promising a safer solution.
Engineers are advancing the field of synthetic biology by developing artificial cells capable of movement and shape alteration through light-responsive systems.
A recent discovery sheds light on a surprisingly affordable flat once owned by Shakespeare in London.
Blue Origin's New Glenn rocket successfully launched AST SpaceMobile's BlueBird 7 satellite today, marking a notable achievement despite being labeled a partial success.
In a notable advancement for space technology, Blue Origin has successfully reused a booster for its New Glenn rocket during a launch in Florida, although the mission faced some challenges.
A recent study highlights that even seagrass meadows designated as protected are not immune to nitrogen pollution, raising concerns about their health and the broader marine ecosystem.
A recent discovery in Morocco sheds light on the evolutionary timeline of a unique dinosaur, suggesting that its fearsome tail spikes developed much earlier than previously thought.
Recent research suggests that small voids in materials can improve their stability when subjected to shockwaves, which could have implications for fusion technology advancements.
The Space Force is evaluating the possibility of allowing Vulcan rockets to conduct lower-energy missions while an investigation into solid rocket motor anomalies is ongoing.
Local lakes, streams, and ponds are increasingly brown, which is influencing the types of fish that thrive or struggle in these environments.
Recent research published in Science Advances indicates a notable decline in the Atlantic Meridional Overturning Circulation (AMOC) across four deep-ocean monitoring sites over the last twenty years.
A recent study highlights how human societies have not only adapted to their environments but have actively transformed them through cultural and social innovations.
A study from UC Santa Barbara reveals how energetic electrons disrupt chemical bonds in microelectronics, potentially enhancing device durability.