Meteorite diamonds could predate the solar system
Researchers report tiny diamonds in four meteorites that may be as old as or older than the solar system. The diamonds likely formed in a dying star's upper atmosphere before solar birth, carried by stellar winds, and later embedded when the star exploded. The find, detailed in Nature with colleagues at University of Chicago and more, could reveal stellar chemistry and future industrial diamond insights.
MENTIONED IN THIS ARTICLE
New York
Earth
Roy Lewis
University of Chicago
Nature
Lewis
Edward Anders
Eric Steel
National Bureau of Standards
John Wood
Harvard-Smithsonian Center For Astrophysics
Wood
Solar System
Florida State physicist turns gold into lead in atomic research
Florida State University physicist Dr. Paul D. Cottle demonstrates turning gold into lead using a linear accelerator to smash protons and neutrons, yielding excited nuclei and rapid gamma emissions. He aims to derive universal nucleus laws, sees future tests on mercury or platinum, and earns a Presidential Young Investigator award with potential grants up to 500000.
MENTIONED IN THIS ARTICLE
Florida State University
Tallahassee
Fila
Paul D. Cottle
Cottle
National Science Foundation
Nature's diamonds hint at efficient industrial production
A remark notes nature may manufacture tiny diamonds for industrial use more efficiently than humans. It suggests there is potential to learn from natural processes to improve synthetic diamond creation and overall material efficiency.
Also Mentioned on This Page
Cand Vier
Scott Key
Frederck Nexto Hess
Ryder
Frederick Self Storage
Brougham
Eldorado
Deville
Cimarron
Seville
Chevrolet Conilox
Tag & Tags
Baughman's
Frederick County
Martin's
Flexsteel
Laine
Hitchcock
Dixel