Top Tweets for #AIP_JCP
Now on #AIP_JCP, @HruskaEugen and @ArielGGale introduce our open-source Python toolkit, AutoSolvate, that streamlines the workflow for QC calculation of explicitly solvated molecules! Source code: https://t.co/ZFlu6GUjpM conda installation supported. https://t.co/OIv57wIu7N
Happy #fluorescencefriday!
To celebrate, check out this article in #AIP_JCP reporting the use of two-pulse time-of-flight techniques on #perovskites to explore effects that interstitial organic molecules have on charge carrier dynamics.
Read it here: https://t.co/btgmVk0Ofy
Interesting article in #AIP_JCP demonstrating an in situ approach for doping #perovskite #nanocrystals to control optical properties and interfacial #electron transfer.
#solarcell #photoluminescence #optoelectronics
Read it here: https://t.co/cCrUT7rxOF
Interesting article in #AIP_JCP exploring the potential use of #deuterium-labeled #lipid droplets for non-invasive tracking and sorting of mixed #cell populations.
#spectroscopy #microscopy #fattyacids
Read it here: https://t.co/xaQQl8p32S
Happy #FluorescenceFriday!
To celebrate, check out this great article in #AIP_JCP reporting the #photodissociation dynamics of CF3CHO using laser-induced #fluorescence #spectroscopy to determine the origin of the radical excited states.
Read it here: https://t.co/v1l4vuxF0Q
Great article in #AIP_JCP reporting the #computational methods needed to determine the equilibrium size of ionic microcapsules as a function of particle concentration, shell thickness, and valence.
#compbio #osmosis #electrostatics #colloid
Read it here: https://t.co/h4HLpmhJuT
Interesting article in #AIP_JCP comparing Monte Carlo #simulations to demonstrate how #protein concentration-dependent osmotic pressures can be obtained by confining counterions in a virtual, spherical subspace. #compbio #osmosis
Read it here: https://t.co/c7713TzPjx
Interesting article in #AIP_JCP reporting a theoretical investigation on the dynamics of surface-assisted trapping by specific active sites on #enzymes.
#compchem #compbio #catalysis #proteins #viruses #nanomaterials
Read it here: https://t.co/Ypbd5Cpsaf
Don't miss this article in #AIP_JCP reporting the use of #machinelearning to perform dimensionality reduction and #biomolecular conformation clustering to make data interpretation easier than conventional techniques.
#protein #compbio
Read it here: https://t.co/u5mynfpfxL
Great article in #AIP_JCP analyzing the theory and origin of frequency selectivity recoupling in solid-state #NMR to better understand atoms in multiple-spin systems. #compchem #spectroscopy #proteins #peptides #aminoacids
Read it here: https://t.co/1thzLrf0Kz
Do you have a paper using #artificalintelligence to design reactions, #catalysts, or #materials? Then consider submitting it to The Journal of Chemical Physics' Special Topic! #AIP_JCP
Papers must be submitted by January 7, 2022 to receive consideration.
https://t.co/6YsnlDFGwJ
Happy #fluorescencefriday!
To celebrate, check out this article in #AIP_JCP reporting the detection of long S2 lifetimes in perylene using #femtosecond #spectroscopy under UV excitation.
#fluorescence #photochemistry #compchem
Read it here: https://t.co/vtqGF4oQYt
Interesting article in #AIP_JCP reporting how the assignment of #thermodynamic effective size and determination of the softness of particles can be used to find the influence on interactions during transport.
#Brownian motion #compbio
Read it here: https://t.co/QiqrF77dZy
Happy #fluorescencefriday!
To celebrate, check out this article in #AIP_JCP using #picosecond excited state lifetimes to determine deactivation mechanisms in protonated indazole and benzimidazole. #photodissociation #compchem #spectroscopy
Read it here: https://t.co/O0Ux60cgq6
Great article in #AIP_JCP reporting how parahydrogen-induced hyperpolarization #NMR can be used to determine the #enantioselectivity of asymmetric #hydrogenation and the absolute #chirality of products.
#catalysis #isomerism
Read it here: https://t.co/psRwIZEHK9
Our paper on imaging Cu2+ binding to lipid membranes with label-free SH microscopy is finally out! #AIP_JCP @AIP_Publishing Have a look! https://t.co/IGFl484tcS
Interesting article in #AIP_JCP reporting a simple #thermodynamic #theory to determine molecular #chemotaxis by studying binding interactions.
#enzymes #compbio #computational
Read it here: https://t.co/qFkVaDQ6JS
Interesting article in #AIP_JCP reporting the use of a #microscopy platform that can find the arrival time of individual #photons to help reduce the high #fluorescence and scattering backgrounds in cellular environments. #spectroscopy
Read it here: https://t.co/iEYcuOGw8R
I didn't even know they made this. I found out by surprise today on Twitter (thanks, @FangLiu_Emory). ๐
What an honor to join the amazing women featured in this special issue of J. Chem. Phys. @AIP_Publishing #AIP_JCP
Thank you for including our work! ๐คฉ
https://t.co/rVPiFmK0vn
Received the #AIP_JCP newsletter today about the special issue Honoring Women in Chemical Physics and Physical Chemistry. The included video made my day: authors from the Collection Sharing Insight for Early-Career Female Researchers. https://t.co/lLLDAAuTR1
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