Earliest evidence of biological life found
Ashington AP reports oily material from 2.7 billion year old Australian rocks provides the oldest preserved biological molecules. Science notes lipids found in deep shale offer a window into early life, pushing back origin to the Archean era and informing molecular clocks. Jochen J Brooks leads University of Sydney and Australian Geological Survey team.
MENTIONED IN THIS ARTICLE
Ashington
Science
Earth
Jochen J. Brooks
University of Sydney
Australian Geological Survey
Brooks
Battery breakthrough uses iron cathode for longer life
A new antenna battery design uses a novel iron cathode that absorbs more electrons, increasing power and extending lifespan by about 50 percent compared with current batteries, promising longer lasting energy storage.
Super Iron Battery Promises Longer Life for Alkaline Cells
Scientists at the Israel Institute of Technology report a "super-iron" cathode forming batteries that store 50 percent more energy than standard alkaline cells. The AA and AAA sizes show longer high drain lifetimes, with potential to power devices from CD players to cars. Researchers note cost and manufacturability advantages over lithium options, while commercialization remains in development.
MENTIONED IN THIS ARTICLE
Ashington
Israel Institute of Technology
Stuart Licht
Haifa
Licht
Science
Jack Winnick
Georgia Institute of Technology
Georgia Tech
Winnick
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