In addition, he has expererince of planning and utilizing HIPAA-compliant infrastructures to help various scientific reports with effective affected person’s recruitment, collected sample’s information administration, and integration with electronic Health care documents (e.g., EPIC, NextGen). His lab at Rutgers (IFH & RWJMS) is driven to the development of smart wellbeing methods that systematically incorporate genomic and metabolomic info into clinical care for mainstream precision medication.
device Understanding enabled discovery of software dependent structure rules for 2-dimensional resources
structure principles for dendrite suppression with porous polymer/aqueous Option hybrid electrolyte for Zn read more steel anodes
comprehending the effect of guide iodide extra over the performance of methylammonium direct iodide perovskite solar cells
Quantification of uncertainty in to start with-ideas predicted mechanical Homes of solids: Application to solid ion conductors
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Improved strength and temperature dependence of mechanical Qualities of Li at tiny scales and its implications for Li metallic anodes
Machine learning enabled computational screening of inorganic reliable electrolytes for suppression of dendrite formation in lithium metal anodes
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Localized recrystallization of a lithium-metal anode in the course of rapidly stripping in superior-exercise liquid electrolytes
common chemomechanical style regulations for good-ion conductors to avoid dendrite formation in lithium metal batteries
Biography Dr. Ahmad's investigate is centered on the look of practical elements and interfaces for Vitality storage and conversion. The research aims to advance renewable Strength and electrify transportation by 1st principles knowledge and design and style of materials for batteries and solar photovoltaics.
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