Stanford University
Showing 3,781-3,800 of 5,808 Results
-
Amado Padilla
Associate Dean for Faculty Affairs and Vida Jacks Professor of Education
Current Research and Scholarly InterestsCurrent projects include: (a) the development of models of ethnic identity that incorporate social cognition theory and social identity; (b)acculturation stress and mental health status across three generations of Latinos; (c) home, school and community protective factors that empower Latino students to succeed academically; (d) learning of Mandarin by high school students in summer intensive programs vs. students in regular high school world language classes; and (e) student language and academic content learning in a Mandarin/English dual language immersion program.
-
Samuel Page
Ph.D. Student in Slavic Languages and Literatures, admitted Autumn 2021
Research Assistant to Professor Gabriella Safran, Slavic DepartmentCurrent Research and Scholarly InterestsEastern European literature; Eastern European religions; literary theory.
-
Julia Palacios
Associate Professor of Statistics and of Biomedical Data Science
BioDr. Palacios’s research spans Bayesian nonparametrics, probabilistic AI, stochastic processes, and computational statistics. Her group develops stochastic models and efficient inference algorithms for understanding evolutionary dynamics in population genetics, infectious diseases and cancer.
-
Michael Edward Palmer
Affiliate, Biology
Visiting Scholar, BiologyBioI'm visiting the Marc Feldman Lab while writing my book, "Clade Thinking: The Macroevolution of Recursive Clades and the Evolution of Evolvability". The motivating question of the book is, "Can macroevolution be reduced to merely the repeated iteration of microevolution?" (Short answer: no, you would be missing some fundamental evolutionary dynamics.)
For the past three years, I've taught a short course called "The Evolution of Evolvability" on the same topic as my book.
I'm also doing some machine learning (ML) applied to genomics with the Fraser Lab, related to the evolution of cis-regulatory elements (CREs), which have been involved in a lot of recent/rapid evolution in mammals. We are doing what we call "in silico genome transplants": placing DNA variants from one species into the (ML-modeled) cellular environment of another species (or cell type, or individual with some pathology, etc.). We analyze variation in gene expression to detect various modes of selection on CREs.
I got my B.S. in Physics at Yale, and my Ph.D. in Computer Science at the California Institute of Technology. In my career, I've gone back and forth between academia (computational biology) and the tech industry in Silicon Valley.
