“A multiscale transport model for non-classical nanochannel electro-osmosis” will be promoted as a feature article on the journal’s website and social media channels.
“The presented multiscale transport model is orders of magnitude faster than MD, tractable, and captures essential surface physics at the liquid-solid interface. It is a significant step in the direction of understanding nanopore electroosmosis, even under extreme conditions such as flow reversal,” said Bhadauria.
During his studies at Illinois, he has worked in Professor Narayana Aluru’s research group.
In January, Bhadauria will join the Computational Lithography group at Intel Corporation in Portland, Oregon, as a Senior Imaging Scientist.