First model of chemical gardens built around material aging and stochastic factors. Read our new paper in PNAS by Bruno Batista and Amari Morris. https://t.co/HdMPnjpIt3
#chemistry#chemobrionics@ChemGardener#simulation
Our latest paper in @ACS_Langmuir was just published online. @QingpuWang studied temperature effects on chemical garden tubes and analogous membranes in microfluidic devices. #chemobrionics#FSU#chemistry#microfluidics#nickel https://t.co/jig9AJY1Cv
We are organizing an online workshop on Nonlinear Dynamics for students and postdocs to be held on January 5, 2021. Please attend, submit poster, and spread the word. More information at https://t.co/EmXt3uxuV9 #NonlinearDynamics#FSU#Nonlinear#STEM@PamelaKnoll
Check out our latest paper in @JPhysChem "Precipitate Patterns in a Hele-Shaw Cell with Small Sinusoidal Height Variations" @QingpuWang #FSU#Chemistry#Chemobrionics
https://t.co/DsaRtNtdeb
@jiyeberrygia @syschem20 Thanks! We did not keep the setup in the dark because the chemicals are not photosensitive. But that's a good point to consider. We mainly mimic the geochemical environment where the precipitate forms at the interface of two liquids.
Life could have originated at the hydrothermal vents on the ocean floor. Here, we recreated vent materials under nonequilibrium conditions using microfluidic devices and tested them for prebiotic reactivity. @syschem20 #syschemposter#origins
Our latest paper was just published in Chaos 29, 053129 (2019). It describes 3D computer simulations of biomorphs based on a novel nonlinear reaction-diffusion model. #FSU#Chemistry https://t.co/QDwcgy8OnZ
Our new study with colleagues in Japan describes the electric-field control of chemical wave propagation in BZ microbeads: Kuze et al., J. Phys. Chem. A 123, 4853, 2019 #FSU#Chemistry https://t.co/2TNlCDWR8Z
... and here is Qingpu's latest paper in Chem. Eur. J. reporting the flow‐assisted self‐organization of hybrid membranes at the interface of AgNO3 and 3,3',5,5'‐tetramethylbenzidine solutions flowing through microfluidic devices. https://t.co/F0IU6JClzV #FSU#Chemistry