GENESIS EFRC

We aim to accelerate the discovery of functional materials! GENESIS is an Energy Frontier Research Center funded by the Department of Energy.

[GENESIS EFRC @EfrcGenesis]

@AllisonWustrow @ChemMater Check out the paper here: https://t.co/yP9IvE4ej3

[GENESIS EFRC @EfrcGenesis]

We're very proud of @AllisonWustrow and co, whose GENESIS paper on cometathesis reactions made the "Most Downloaded Papers Published in 2021" list in Chemistry of Materials! @ChemMater

https://t.co/KdoK9R0czO

[GENESIS EFRC @EfrcGenesis]

Convex hulls, chemical potential triangles, alternative thermodynamic potentials, formation vs. decomposition enthalpies... if these constructs seem confusing to you, you're not alone. Fear not, for our very own @ChrisJBartel eloquently provides clarity in his recent review:

[GENESIS EFRC @EfrcGenesis]

Set most of the carbonates free
and they'll form YMnO3
but the hyperdimensional door
hiding the pyrochlore
needs sodium to serve as the key

Congrats to @TallPodd and @mattmcd1 for their latest publication in @J_A_C_S.
https://t.co/Sj36z1YJM5

[GENESIS EFRC @EfrcGenesis]

The team made some films which were thin
with sodium and sulfur within
Two different phases
were carefully made
and such are characterized herein

Congrats to the team for another excellent publication highlighting the work of early career researchers!
https://t.co/Kwl0LLNIcs

[GENESIS EFRC @EfrcGenesis]

In our latest paper lead by Alicia Baccarella, we explore the intermediate clusters which are essential to forming crystalline AlOOH in hydrothermal conditions. Great work by the team!

https://t.co/FA4hA8LtDf

[GENESIS EFRC @EfrcGenesis]

@mattmcd1 Congrats to GENESIS team member and newest PhD Candidate Matt!

[GENESIS EFRC @EfrcGenesis]

Congrats to GENESIS researcher Gabrielle Kamm, who was selected to receive the Graduate Research Empowering and Accelerating Talent (GREAT) award from the SUNY system. A well deserved recognition for an outstanding team member!

[GENESIS EFRC @EfrcGenesis]

@mattmcd1 @PeakSquirrel @KPatBerkeley @persson_group To find out what things can be made
one must first network every phase
then follow each path
and do lots of math
to determine what cost must be paid

Great work led by @mattmcd1 on predicting reaction pathways!
https://t.co/9DmVyBpV5g

[GENESIS EFRC @EfrcGenesis]

Two salts are better than one! Learn how to lower reaction temperatures and increase reaction selectivity through the readily applicable technique of "cometathesis" in the latest paper from the GENESIS team!

https://t.co/yP9IvE4ej3

[GENESIS EFRC @EfrcGenesis]

Conversion reactions may be best known for their battery applications, but they can also be a useful synthetic technique. Using selective reduction, our team supported Co nanoparticles on a ZnO framework, resulting in an effective catalytic system!

https://t.co/HjyAFctmf8

[GENESIS EFRC @EfrcGenesis]

When studying crystal growth, its easy to get buried under a mountain of data. Fortunately, our team has developed automated tools to map crystallite positions in a sample, greatly simplifying data analysis. Read more here!

https://t.co/rwL9BHOhzC

[GENESIS EFRC @EfrcGenesis]

Need to measure a reaction intermediate with a short lifetime? By using a flow reactor, the GENESIS team developed methods allowing for the observation of intermediates with shorter life times than the detection technique! Read more here https://t.co/eleIBnbeDd

[GENESIS EFRC @EfrcGenesis]

Inside of a floating zone
A crystal is failure prone
Which parameters matter?
Which make the zone splatter?
And which grow the perfect gem stone?

Find the answer to these questions and more in our latest GENESIS publication!
https://t.co/Cea84s82Jy

[GENESIS EFRC @EfrcGenesis]

Come join our team! Genesis is recruiting a post-doc to study nucleation, growth and phase differentiation in solution synthesis at Stony Brook University. Apply by April 8th. https://t.co/4qHOGXWohW

[GENESIS EFRC @EfrcGenesis]

Fresh off of our second virtual All Hands Meeting, GENESIS is embracing the virtual age and joining Twitter! Follow so you can be updated when all of the awesome work we just spent 3 days discussing is published!