A sprinting start to materials synthesis 🏎️🏁 So much for leaving materials to bake over the weekend. We captured the first moments of a solid-state reaction using in situ X-rays and they go FAST! Mere minutes to Li4Ti5O12 anode🔋 @advancedphoton https://t.co/pb6pA89XsT
🐚ACC isn't just amorphous CaCO₃!? Its missing CO₃²⁻—replaced by Cl⁻ & NO₃⁻🧪. And only cleans up its composition as it crystallizes✨
Read more in @J_A_C_S with imaging📽️ & Xrays🔦🩻 @StonyBrookChem and NMR🧲@iowastatechem@efrcgenesis
https://t.co/zny6iy032p
Self care tip💅from UiO66? Take it slow to fully relax.
Using insitu Xrays🔦🩻 we see UiO66 shrinks when heated🔥 but only re-expands when cooled slowly🐢🧊. Cool too fast🏎️ & it gets trapped thanks to some twisted node dynamics! @SimonVornholt@J_A_C_S https://t.co/qYzS1rmxmD
🚨 We are hiring! We're looking for a new #chempostdoc to join our team at @StonyBrookChem, focusing on exploring the structure-function relationships in MOFs using insitu Xrays.
Apply here: https://t.co/8DyluJKzW7
Behold, it's alive!🩺This dynamic 2D COF pulses with vitality, shifting from closed🔒 to half-open🔗to open🔓phases in mere seconds⏱️, all observed in real-time with lightning-fast in-situ X-rays🔦🩻 @AdvancedPhoton. Check out now in @NatureChemistry
https://t.co/46Svw9JOgv
What do synchrotron Xrays🔦🩻 and a webcam🎥 have in common?
We use both to study nanoparticle synthesis🍳!!! While Xrays see the atomic details, the webcam captures the bigger picture🖼️ AND we don't need to wait for beamtime📅💅 @BrySanMo@StonyBrookChem https://t.co/YGlQ42DnSj
Congrats to my collaborator and good friend Tina Nenoff on her election to the National Academy "for translating fundamental understanding of nanoporous materials into applications with societal and national security impact" #NAE2024
The National Academy of Engineering is excited to welcome 114 new members and 21 new international members to the NAE Class of 2024! Congratulations to this incredible group of innovators. #NAE2024
Find the complete list of newly elected members here: https://t.co/SN7uxRK3b5
📢 Reminder: Don't overlook those small "extra" diffraction peaks! 👀 These were key to resolving CO2 binding in our latest collaboration on MOFs for Direct Air Capture 🌱🌍 @stonybrookchem with @farhomies and @ProfDravid https://t.co/ycuoX1dsyh
Unleash the RAPTR 🦖 ROAR 🔥 Our in situ furnace provides a new window into dynamic structures and reaction kinetics by fast heating or quench cooling from RT to 1000C in less than 10s. @StonyBrookChem@EfrcGenesis
Danrui Hu et al.: The RAPTR furnace: a rapid heating and cooling sample furnace for in situ X-ray scattering studies of temperature-induced reactions #SolidStateReactions#InSituXRayScattering@sydney_uni... #IUCr https://t.co/mmgp9T6wnV
First coordination polymers with glassy charge transport, now CPs with spin glassing! Congrats to Andrew, Ie-Rang, @KChapLab, @ZhihengyuChen, Agnish, and @suri_lab on this cool work now out in @J_A_C_S. Look at that memory effect 😍!
https://t.co/6F48vl34UE
#OTB: Carbon capture is one strategy for mitigating the impacts of climate change. Researcher Karena Chapman and colleagues from @StonyBrookChem (New York) are using the Brockhouse beamline at CLS to study metal-organic frameworks as one potential “sponge” for soaking up CO2.
Incredibly excited for today's Franklin Award Lecture honoring Julie Kovacs of @UWChemistry. The sixth installment of this lecture hosted by @KochStephen here at @StonyBrookChem! https://t.co/jL9Zs6jVS2
Check out Jeremy’s recent publication highlighting his thesis work on the effects of dual layer electrodes for Li-ion batteries, which made the Editor’s Choice Spotlight!🔋🎉 https://t.co/neeZVuAJ3C