Laura Borth

Laura Borth

  • Graduate Student

Folate's role in epigenetic changes that permit neuronal regeneration

Jeffrey Burge

Jeff Burge

  • Graduate Student

Understanding machine learning mechanisms

Rui Chen

Rui Chen

  • Graduate Student

Stochastic Programming

Saman Cyrus

Saman Cyrus

  • Graduate Student

Researching the intersection of controls and optimization, optimization as robust control.

Silvia Di Gregorio

Silvia Di Gregorio

  • Graduate Student

Structural properties and cutting planes for binary polynomial optimization problems.

Caleb Dillingham

Caleb Dillingham

  • Graduate Student

Epigenetic mechanisms of somatic cell reprogramming.

Thomas Ellingham

Thomas Ellingham

  • Graduate Student

Sub-Critical Gas-Assisted Processing of polymer blends, alloys, and nanocomposites.

Nicholas Escanilla

Nicholas Escanilla

  • Graduate Student

Feature selection techniques to find key interacting genetic features associated with disease.

Sinong Geng

Sinong Geng

  • Graduate Student

Probabilistic graphical models • Electronic health records • High-dimensional statistics • Optimization

Davis Gilton

Davis Gilton

  • Graduate Student

Sequential decision making processes, similarity learning, and statistical signal processing.

Gabriel Gonzalez Sutil

Gabriel Gonzalez Sutil

  • Graduate Student

Mathematical programming applications in climate change and environmental economics

Anant Gupta

  • Graduate Student

Time-of-flight using SPADs in high ambient light

Felipe Gutierrez Barragan

Felipe Gutierrez

  • Graduate Student

Computational Imaging, Illumination, and Optics • Computer Vision • Time of Flight Imaging

Spencer Haws

Spencer Haws

  • Graduate Student

Regulation of histone methylation via the sensing of methyl-donor metabolite availability.

Dominik Hoelper

Dominik Hoelper

  • Graduate Student

Biochemical and mechanistic understanding of the H3.3-specific histone chaperone DAXX

Jon Ide

Jon Ide

  • Graduate Student

Computational models using heterogeneous data to infer regulatory networks and predict gene expression.