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Scale dependencies are the rule for complex systems, and most systems turn out to be complex.
Scale dependencies are the rule for complex systems, and most systems turn out to be complex.
This is true of mineral precipitates in microfluidic channels, networks of publication authors, and organic content of meteorites. My research in these three areas and other side projects has unexpectedly brought me closer to what is sometimes referred to as Complexity Science.
I'm interested in trying to understand how simple things can have behaviors that are unpredictable. Primarily, this is with regards to chemical systems, but is also echoed in the origins of meaning we derive from the science we read and the presentations we attend.
Latest Updates
Latest Updates
Colloid precipitation and interactions at a flowing solution-solution interface in confined geometries
Colloid precipitation and interactions at a flowing solution-solution interface in confined geometries
Published Winter 2021; Full PDF
In situ Production of Inorganic Membranes in a Microfluidic Context (Still in review)
In situ Production of Inorganic Membranes in a Microfluidic Context (Still in review)
Meshed Entropic State Allocation (MESA) for categorizing complex data
Meshed Entropic State Allocation (MESA) for categorizing complex data
Allocating priorities to diverse 'simultaneous-in-type' observations (i.e. which of these peaks matters in the general scheme of things)
Past updates
Past updates
In situ Production of Inorganic Membranes in a Microfluidic Context (In prep.)
In situ Production of Inorganic Membranes in a Microfluidic Context (In prep.)
NASA Planetary Science and Decadal Survey Whitepaper
NASA Planetary Science and Decadal Survey Whitepaper
"How Long is the Coastline of and Idea?"
"How Long is the Coastline of and Idea?"
(Still in prep.)
(Still in prep.)
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