Inside Science
/
Article

2 Billion-Year-Old Cells, Wildfires, and Ancient Mummy Sounds

JAN 31, 2020
A month worth of cool science stories, summed up.
2 Billion-Year-Old Cells, Wildfires, and Ancient Mummy Sounds

(Inside Science) -- In this monthly science recap, Alistair Jennings from Inside Science sums up some of the most interesting science from the past month, from the floor of the Pacific Ocean, where buried in the oxygen-poor mud may be a crucial part of the story of how complex life evolved on Earth, to the Australian wildfires -- and a recent rapid response review that confirms such fires have become more likely because of climate change, which means we can likely look forward to double the number of Amazonian wildfires by 2050. Also this month, we talk about sarin gas and how a U.S. Army research team has developed a gene-editing virus that can neutralize its deadly effects. Lastly, we get to listen to the sound of a 3,000-year-old mummy, whose larynx has been CT-scanned and re-created with a 3D printer.

References:

Prometheoarchaea

Real cell super-imaging

Review – wildfires more likely because of Climate Change

Fires more likely in the amazon

Climate change makes violent crime more likely – warmer weather more opportunities

Viruses

Gene-therapy protects against nerve gas

Sound of an ancient mummy

More Science News
/
Article
Sequencing the microRNA in vesicles only found in cardiac macrophages illuminates their role in blood vessel formation.
/
Article
Compressing air by using the ocean’s hydrostatic pressure provides an effective method for long-term, stable energy storage.
/
Article
Researchers use a cornstarch-like fluid to selectively damp harsh vibrations, flatten frequency response, and bring clearer sound to piezoelectric bone-conduction devices.
/
Article
By feeding students the mysteries and wonder of modern physics, Don Lincoln hopes to ‘blow their minds.’
/
Article
Freedman performed crucial work as an experimentalist. But his mentorship was an equally important contribution.
/
Article
Understanding how ingredients interact can help cooks consistently achieve delicious results.
/
Article
Strong and tunable long-range dipolar interactions could help probe the behavior of supersolids and other quantum phases of matter.
/
Article
Inside certain quantum systems, where randomness was thought to lurk, researchers—after a 40-year journey—have found order and unique wave patterns that stubbornly survive.