Thomas Albrecht-Schönzart(@TEAS_Actinides) 's Twitter Profileg
Thomas Albrecht-Schönzart

@TEAS_Actinides

University Distinguished Professor at the Colorado School of Mines; Director, Nuclear Science & Engineering Center, joint appointment Idaho National Laboratory

ID:3387597255

linkhttps://chemistry.mines.edu/project/thomas-albrecht-schoenzart/ calendar_today22-07-2015 17:20:46

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Ashini Jayasinghe(@AshiniJay) 's Twitter Profile Photo

I would like to express my gratitude to the Office, the Office of Research Excellence and the team for providing me with this opportunity to discuss my work at INL.

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Georgia Power(@GeorgiaPower) 's Twitter Profile Photo

Exciting News from Plant Vogtle! 🎉

We are thrilled to announce a monumental achievement not only for Georgia but for the entire United States. The expansion project at has reached a significant milestone - Vogtle Unit 4 has entered commercial operation and is…

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Science girl(@gunsnrosesgirl3) 's Twitter Profile Photo

Neodymium glass (also known as Alexandrite glass), changes colour according to different lighting conditions, here you can see it’s quite dramatic

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Thomas Albrecht-Schönzart(@TEAS_Actinides) 's Twitter Profile Photo

Very useful article.

Overdestabilization vs Overstabilization in the Theoretical Analysis of f-Orbital Covalency | Journal of the American Chemical Society pubs.acs.org/doi/abs/10.102…

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DOE Office of Science(@doescience) 's Twitter Profile Photo

A Wigner crystal sounds like a gem, but it's a type of matter made entirely of electrons. Scientists theorized that they existed 90 years ago, but there was never direct evidence - until now. A team led by Princeton University researchers visualized the crystal: research.princeton.edu/news/quantum-c…

A Wigner crystal sounds like a gem, but it's a type of matter made entirely of electrons. Scientists theorized that they existed 90 years ago, but there was never direct evidence - until now. A team led by @Princeton researchers visualized the crystal: research.princeton.edu/news/quantum-c…
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Berkeley Lab(@BerkeleyLab) 's Twitter Profile Photo

'Two lifeforms merge to form a single organism after one billion years...'

And you thought you had a long engagement! 💍😄

⬇️ ⬇️ ⬇️ Mashable

me.mashable.com/science/40952/…

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Chengliang Xiao(@ChengliangX) 's Twitter Profile Photo

Delighted to see our new paper out. We figure out that the preorganization in dipyridyl-phenanthroline ligands affects the complexation ability of f-elements. Inorganic Chemistry pubs.acs.org/doi/10.1021/ac…

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PNASNews(@PNASNews) 's Twitter Profile Photo

Did you know that blinking does more than keep your eyes moist? It actually enhances your vision by reformulating spatial information into the temporal domain, acting as an information processing stage.

In Science Alert: ow.ly/7KAA50RkKRz

In PNAS: ow.ly/3hvp50RkKRy

Did you know that blinking does more than keep your eyes moist? It actually enhances your vision by reformulating spatial information into the temporal domain, acting as an information processing stage. In Science Alert: ow.ly/7KAA50RkKRz In PNAS: ow.ly/3hvp50RkKRy
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The Nobel Prize(@NobelPrize) 's Twitter Profile Photo

that the radioactive silvery metal 'Curium' was discovered by chemistry laureate Glenn Seaborg (pictured)?

Seaborg produced and identified curium in July 1944. Seaborg himself also has a chemical element named after him, called Seaborgium.

#Didyouknow that the radioactive silvery metal 'Curium' was discovered by chemistry laureate Glenn Seaborg (pictured)? Seaborg produced and identified curium in July 1944. Seaborg himself also has a chemical element named after him, called Seaborgium.
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Harder-Research(@harder_research) 's Twitter Profile Photo

BENZENE(4-): Aromatic but not so stable - high charge & full antibonding orbitals! Most C6H6(4-) claims are highly controversial. We report proof for C6H6(4-) by comparing structures of Ca/Yb & Sr/Sm pairs that are normally perfectly matching Angewandte Chemie shorturl.at/glrx1

BENZENE(4-): Aromatic but not so stable - high charge & full antibonding orbitals! Most C6H6(4-) claims are highly controversial. We report proof for C6H6(4-) by comparing structures of Ca/Yb & Sr/Sm pairs that are normally perfectly matching @angew_chem shorturl.at/glrx1
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Chemical Communications(@ChemCommun) 's Twitter Profile Photo

In case you missed it:

'Solution and solid-state characterization of rare silyluranium(iii) complexes' by Suzanne Bart and co. at Purdue Chemistry

Bart Lab

pubs.rsc.org/en/content/art…

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