Earth’s Iron Signature Discovered By Scientist Using Rock Samples
February 27, 2017
New research from The University of Texas at Austin reveals that the Earth’s unique iron composition isn’t linked to the formation of the planet’s core. The results call into a question a prevailing theory about the events that shaped our planet during its earliest years
The Science Times, Feb.22, 2017
Featuring: Jung-Fu “Afu” Lin, Professor, Department of Geological Sciences, Jackson School of Geosciences
Jin Liu, alumnus, Jackson School of Geosciences
Media Releases
🌎🔬 Join us on Dec. 6th for "Bioengineering to Save the World" with UT @texasche Professor Hal Alper. Discover how his team uses enzymes to break down plastic and turn waste into valuable resources through bioengineering.
🎟️ FREE registration: https://buff.ly/4fB9kVy
This morning, @KXAN_News's The Space Space was all about moon wobbles and a @UTGeophysics computer model that could use them to find liquid water oceans on Uranus's moons!
With @ericmhenrikson @esmeraldaZamTv
Watch: https://youtu.be/ZKGx2CDWBlA?si=pbsar9t0alsykWte
🌎🔬 Join us on Dec. 6th for "Bioengineering to Save the World" with UT @texasche Professor Hal Alper. Discover how his team uses enzymes to break down plastic and turn waste into valuable resources through bioengineering.
🎟️ FREE registration: https://buff.ly/4fB9kVy
STAFF SPOTLIGHT // SER Senior Researcher Davin Bagdonas recently co-authored a study and corresponding publication led by The University of Texas at Austin to explore the extend of rare earth elements in coal fly ash.
https://news.utexas.edu/2024/11/19/enormous-cache-of-rare-earth-elements-hidden-inside-coal-ash-waste/