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Amitesh Sivaraman
PhD Candidate at Stanford University
Amitesh Sivaraman Jayaraman is a PhD candidate in Mechanical Engineering at Stanford University. He is currently conducting research at the NanoEnergy Lab at Stanford, focusing on nanoscale energy conversion and transport.1
Some key points about Amitesh:
Research Interests
- Nanoscale energy conversion and transport
- Modeling complex engineering problems using mathematical and computational methods
- Gas kinetics and statistical mechanics2
Education
He is pursuing his PhD in Mechanical Engineering at Stanford University.1
Skills and Expertise
- Engineering
- Applied and Computational Mathematics2
Current Work
Amitesh is working on research related to gas kinetics and statistical mechanics as part of his doctoral studies.2 His work involves modeling and studying complex engineering problems, particularly in the field of nanoscale energy systems.
Amitesh has also contributed to research on particle electrophoresis, exploring the unusual fluid dynamics involved in this process.3 This demonstrates his involvement in interdisciplinary research combining fluid dynamics, electromagnetism, and nanoscale phenomena.
Overall, Amitesh Sivaraman Jayaraman appears to be a promising young researcher in the field of mechanical engineering, with a focus on nanoscale energy systems and advanced computational modeling techniques.
Highlights
It is my pleasure to announce that the paper, 'The unusual fluid dynamics of particle electrophoresis', has finally been published in the Journal of Colloid and Interface Science. #science #electrophoresis #colloid
The paper explores the links between the various classical approaches underpinning the theory of electrophoresis and also reports the discovery of new phenomena such as a 'zero-pressure' Stokes flow and a velocity maximum. Future work shall also attempt to address problems relevant to multiple particle interactions as well as non-spherical particles.
I am deeply thankful for having had the opportunity to meet Dr. Evert Klaseboer and Professor Derek Y.C. Chan, two highly inspiring scientists with whom I collaborated on the electrophoresis problem. The research journey was sublime and rewarding: there are stories with serendipity, confusion, and conflicts in perspective that finally led to many of the results in the paper. The end-product is the result of many iterations of understanding that ultimately converged on a physically perspicuous picture.
The link to the paper: https://lnkd.in/fxuwqXE
Feedback and ideas for further developments are greatly appreciated!
