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CarnegieGeoPhys proslijedio/la je Tweet
A legendary scientist.
@carnegiescience was fortunate to have him in our orbit for so many years.https://twitter.com/carnegiescience/status/1223415577596710912 …
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CarnegieGeoPhys proslijedio/la je Tweet
Great to have this group at
@carnegiescience HQ this week and get updates on their progress from Alan Boss.@CarnegiePlanets &@CarnegieGeoPhys have been leaders in the field of planetary science since its inception.https://twitter.com/carnegiescience/status/1223026335062220801 …
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CarnegieGeoPhys proslijedio/la je Tweet
“For anyone who is into—or whose kids are into—Pokémon, this carbon-based clathrate structure is like the
#Eevee of materials,” joked lead author Li Zhu. “Depending which element it captures, it has different abilities.”https://twitter.com/carnegiescience/status/1215737824915288065 …
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CarnegieGeoPhys proslijedio/la je Tweet
A long-sought-after class of “superdiamond” carbon-based materials with tunable mechanical and electronic properties was predicted and synthesized by Carnegie’s Li Zhu and Timothy Strobel. https://carnegiescience.edu/news/superdiamond-carbon-boron-cages-can-trap-and-tap-different-properties …pic.twitter.com/FnVsR4qByL
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CarnegieGeoPhys proslijedio/la je Tweet
What's a superdiamond? Well this new class of carbon clathrates sounds like a good fit for that title. They have robust, diamond-like bonds, but can be tuned from semiconductor to superconductor, depending on the element they host in their latticed cages. https://carnegiescience.edu/node/2582 pic.twitter.com/TIbS02siHR
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CarnegieGeoPhys proslijedio/la je Tweet
Class of "superdiamond” carbon clathrates w/ tunable mechanical and electronic properties predicted and synthesized at
@CarnegieGeoPhys. The clathrate takes on different properties depending on the element captured in its latticed cages. Is it ... Eevee? https://carnegiescience.edu/node/2582 pic.twitter.com/hcEn1ADGgP
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CarnegieGeoPhys proslijedio/la je Tweet
We predicted and synthesized an entirely new class of “superdiamond” carbon-boron cages, which can trap different elements and tap into different properties. https://carnegiescience.edu/news/superdiamond-carbon-boron-cages-can-trap-and-tap-different-properties …pic.twitter.com/rpEFjhZFkA
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CarnegieGeoPhys proslijedio/la je Tweet
Class of "superdiamond” carbon clathrates w/ tunable mechanical and electronic properties predicted and synthesized at
@CarnegieGeoPhys. The clathrate takes on different properties depending on the element captured in its latticed cages. Hmmm ... Eevee? https://carnegiescience.edu/news/superdiamond-carbon-boron-cages-can-trap-and-tap-different-properties …pic.twitter.com/AxT0IiqynX
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CarnegieGeoPhys proslijedio/la je Tweet
A long-sought-after class of “superdiamond” carbon clathrates with tunable mechanical and electronic properties was predicted and synthesized by Carnegie’s Li Zhu and Timothy Strobel. Their work is published in
@ScienceAdvances https://carnegiescience.edu/node/2582 pic.twitter.com/IRJf2QIbOt
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CarnegieGeoPhys proslijedio/la je Tweet
I'll never pass up a chance to promote REU's to undergrads (especially
#firstgen students) interested in research. My summer REU@CarnegieGeoPhys ~12yrs ago was the 1st time I experienced what "doing science full time AND getting paid" looked/felt like. Spoiler: It was AWESOMEhttps://twitter.com/celestelabedz/status/1083072665357701120 …Prikaži ovu nitHvala. Twitter će to iskoristiti za poboljšanje vaše vremenske crte. PoništiPoništi -
CarnegieGeoPhys proslijedio/la je Tweet
January is a time for new beginnings, which is why we're excited that
@CarnegiePlanets and@CarnegieGeoPhys are merging into Carnegie Earth and Planets! https://mailchi.mp/carnegiescience.edu/earthandplanets …pic.twitter.com/reME7EBtkQ
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CarnegieGeoPhys proslijedio/la je Tweet
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@CarnegieGeoPhys' Li Zhu and Tim Strobel predicted and synthesized an entirely new class of “superdiamond” carbon-boron cages, which can trap different elements and tap into different propertieshttps://carnegiescience.edu/news/superdiamond-carbon-boron-cages-can-trap-and-tap-different-properties …Hvala. Twitter će to iskoristiti za poboljšanje vaše vremenske crte. PoništiPoništi -
CarnegieGeoPhys proslijedio/la je Tweet
And that's a wrap on
#CarnegieAGU for 2019. Thank you to all the@CarnegieEcology,@CarnegieGeoPhys, and@CarnegiePlanets scientists for sharing their incredible work with us all week! Thank you to@theAGU for a spectacular Fall Meeting!pic.twitter.com/yA4E9YJK67
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Liquid water was present on Mars' Gale Crater for about 1.5 billion years, likely intermittently, says
@s__morrison at#AGU19.https://twitter.com/CarnegieGeoPhys/status/1205659685031833600 …
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The mineral abundances from
@MarsCuriosity's CheMin instrument's 23 drilled rock samples show incredible variability, which tells us about the aqueous conditions that were present in Gale Crater says@s__morrison at#AGU19.https://twitter.com/CarnegieGeoPhys/status/1205659685031833600 …
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@s__morrison is walking us though the mineralogy of Mars as detected by the CheMin instrument on@MarsCuriosity. What can the layering of these minerals teach us about the history of water on the Red Planet?#AGU19pic.twitter.com/e613o64Q0Q
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CarnegieGeoPhys proslijedio/la je Tweet
Congratulations, Bob! We were proud to host a book party for Symphony in C at
@carnegiescience headquarters earlier this year.https://twitter.com/carnegiescience/status/1205599583327227904 …Hvala. Twitter će to iskoristiti za poboljšanje vaše vremenske crte. PoništiPoništi -
CarnegieGeoPhys proslijedio/la je Tweet
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@CarnegieGeoPhys mineralogist and@deepcarb Executive Director Bob Hazen's latest book, a "biography" of the element carbon, is one of@ScienceNews' favorite books of 2019! We agree. It's a great read.https://www.sciencenews.org/article/favorite-top-science-books-2019-yir …Hvala. Twitter će to iskoristiti za poboljšanje vaše vremenske crte. PoništiPoništi -
The
@deepcarb's early career workshop is one of our proudest accomplishments, says Craig Schiffries. Many of the participants are now leaders and emerging leaders in their fields.#AGU19https://twitter.com/CarnegieGeoPhys/status/1205293459990441984 …
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@deepcarb's portfolio of funded projects exceeds $150 million, including many that extend beyond 2019 says Craig Schiffries.#AGU19https://twitter.com/CarnegieGeoPhys/status/1205293459990441984 …
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