Ganghee Jang, Oregon Tech Will present a talk entitled: Applying Reinforcement Learning – From Image Processing to Control Abstract: In this talk, Dr. Jang will share his recent research in the domain of Reinforcement Learning. His journey started with a project at Korea University during one of his post-doc research positions. In the medical domain, it […]
Paul A. Lane National Science Foundation Will present a talk titled: Mind the Gap: Advancing the Field of Electronics and Photonics Abstract: This presentation will overview National Science Foundation programs aimed at advancing the field electronics and photonics through materials and engineering research, including joint programs. Continued advances in the range and capabilities of computing, communications,
Please join us this Friday, Nov 8th for the David A Walsh Seminar for the Arts and Sciences in Snell 213 at noon. Dr Kelly (Wormwood) Moser, Ph.D., Customer Success Manager, MOBILion Systems Inc., Chadds Ford, Pennsylvania will speak on “Technological Advancements in the Environmental and Pharmaceutical Industries”. Technological Advancements in the Environmental and Pharmaceutical
Kelly (Wormwood) Moser, Ph.D., Customer Success Manager, MOBILion Systems Inc., Chadds Ford, Pennsylvania will present Ion Mobility for Environmental and Pharmaceutical Workflows The need for highly sensitive, reproducible, and specific analyses is well known across nearly all industries. Gold standard technologies for this have typically included liquid chromatography-tandem mass spectrometry (LC-MS). Over the years, LC-MS technology
The Clarkson Center for Complex Systems Science Hugo Chu, PhD Student Dept of Mathematics, Imperial College London Will present a talk entitled: Rigorous enclosures of Lyapunov exponents of stochastic flows Abstract: I will present a novel powerful and general method to provide arbitrarily accurate rigorous upper and lower bounds for Lyapunov exponents of stochastic flows. Our
“Comprehensive Sustainability Impact Analysis of CMP Slurry Manufacturing”Ravitej Venkataswamy Materials Science and Engineering Department AbstractThe exponential growth of the semiconductor industry has intensified environmental challenges in Chemical Mechanical Planarization (CMP) processes, particularly in slurry manufacturing and usage. This research presents a comprehensive framework for sustainable CMP slurry production through environmental strategies. We develop a robust
“Towards a rational understanding of structure-dependent efficiency of organic corrosion inhibitors for Cu CMP” Murali Ramu Materials Science and Engineering Program, Clarkson University, Potsdam, NY, USA AbstractChemical mechanical planarization (CMP) is a crucial process in the back-end-of-line (BEOL) process of semiconductor manufacturing. The primary objective of CMP is to uniformly polish the copper (Cu) metal
Empowerment of AI with Implantable Biosensors for The Pattern Recognition of Neurotransmitters IBRAHIM MOUBARAK PhD Student, Dept. of ECE Clarkson University Abstract: The real-time monitoring of neurochemicals like neurotransmitters (NTs) in the brain has become crucial for scientific research and medical applications over the past decade. To achieve this, biomedical informaticians are increasingly adopting data-driven
Clarkson University graduate student Abraham Francis is a panel participant on November 6, 8 a.m. EST, for the webinar Data Sovereignty of Indigenous People´s Earth Observations. The public can register here https://un-org-unep.zoom.us/webinar/register/WN_RPR7UqgfTrajkNDU22ybhg?r=qr#/registration Abraham Francis is a Ph.D. candidate in the Environmental Science & Engineering program. with Clarkson Prof. Tom Langen and Prof. Emeritus Michael Twiss as advisors.
Prof. Christoph Borchers from from McGill University, Montreal Canada who works in the Division of Experimental Medicine will present on Quantitative Proteomics – past, present, and future Early untargeted proteomics methods, such as MALDI-MS and LC/MS/MS, provided only information on protein identification. Various “bottom-up” methods were then developed, using the peak heights of component peptides to provide
