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While the early climate of Mars remains an open question, a new study suggests that its atmosphere may have been hospitable to life due to volcanic activity that emitted sulfur gases that contributed to a greenhouse warming ...

Traces of DNA in the environment can tell us how species' ranges are changing as a result of increasing sea temperatures.

University of Oxford-led research finds low-dose rapamycin functions as a genomic protector in aging human immune cells, lowering DNA damage.

Henagliflozin, a popular drug prescribed for type 2 diabetes, has demonstrated potential anti-aging effects in a recent study published in Cell Reports Medicine.

The global demand for wood-based products is constantly increasing, creating a challenge for the logging industry. In an attempt to keep up in a sustainable manner, the industry replaces logged areas with tree farms and nurseries ...

Seaweed growing along the world's coastlines could help to inspire new materials. Millions of years of evolution have shaped how seaweeds control light and color, which could offer new approaches for designers to explore.

Tumors are stressful places for cancer-fighting immune cells. Low oxygen, high acid levels, and other stressors put strain on mitochondria, the cell's energy factories, leading to T cell exhaustion and poor cancer outcomes.

The constant scaling of AI applications and other digital technologies across industries is beginning to tax the energy grid due to its intensive energy consumption. Digital computing's energy and latency demands will likely ...

Recent research suggests that many of the Bronze Age people buried in Seddin, Germany, were not locals but came from outside the region. While archaeologists had previously uncovered artifacts from other parts of Europe around ...

As atmospheric observations of exoplanets become increasingly precise, it is more important than ever to correctly account for the effect of starspots on host stars. An ideal opportunity to study starspots arises when a transiting ...

Cryopreservation, or preserving biological tissue by cooling it to subzero temperatures, may bring to mind works of science fiction. Yet, researchers have been working on this technology for nearly 100 years. For most of ...

A newly discovered set of mathematical equations describes how to turn any sequence of random events into a clock, scientists at King's College London reveal. The paper is published in the journal Physical Review X.