index.md

layout	author_profile	header	title	excerpt	intro	feature_row1	feature_row2	feature_row3	feature_row4
single	true	image /assets/images/Banner2.jpg			excerpt Postdoc at **[MIT](https://eapsweb.mit.edu)** excerpt Research Affiliate at **[UH Mānoa](https://www.soest.hawaii.edu/soestwp/)** excerpt *I'm interested in the coordination and optimization of cellular scale processes, how objectives are influenced by the flow of information between tiers of biological organization, and how all this complexity is imprinted in the genetic code. I enjoy thinking about these layers of biological complexity as they relate to the ecology and biogeochemistry of the oceans.* [More](/about/)	image_path alt title excerpt url btn_label btn_class assets/images/PQRQ.jpg PQRQ figure Redox-selective remineralization decouples marine carbon and oxygen cycles Exploring how the photosynthetic quotient and the respiratory quotient modulate oxygen and carbon dioxide exchange. /PQRQ/ Read More btn--primary	image_path alt title excerpt url btn_label btn_class assets/images/Figure_3.jpg Figure 3 Reconciling hyperbolic and stepwise-linear kinetics Some thoughts about Monod, Droop and Blackman, and how to reconcile them with a mechanistic model. /MonodDroopBlackman/ Read More btn--primary	image_path alt title excerpt url btn_label btn_class /assets/images/MSE_Pro_MESO-SCOPE.jpg MESO-SCOPE contour plots CBIOMES Ongoing research with the Simons Foundation Collaboration on Biogeochemical Modeling of Marine Ecosystems. Watch a narrated slide show of what's in the works and check out a case-study applying detailed mechanistic models of *Prochlorococcus* physiology and metabolism across an eddy-dipole. /CBIOMESResearch/ Read More btn--primary	image_path alt title excerpt url btn_label btn_class assets/images/Figure_5.jpg Figure 5 A mechanistic model of substrate transport Check out our mechanistic model of substrate limited microbial growth kinetics. A way to derive nutrient transport rates and growth rates from physiological data and genome-scale models. Easier than it sounds! /nutrientUptake/ Read More btn--primary

A bit about me

Postdoc at MIT
Research Affiliate at UH Mānoa

I'm interested in the coordination and optimization of cellular scale processes, how objectives - like fitness or entropy production - are influenced by the streams of information between tiers of biological organization, and how all this complexity is imprinted in the genetic code. I enjoy thinking about these layers of biological complexity as they relate to the ecology and biogeochemistry of the oceans. More

Recent works and perspectives

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