Submitted by sws139
on
Rainbow Science Network
Member Research Groups
Member Research Groups
| Name | Department | Research Area |
| Abraham Falcone | Astronomy and Astrophysics | High Energy Astrophysics, with specialization in space instrumentation, active galactic nuclei, and gamma ray bursts. |
| Suvrath Mahadevan | Astronomy and Astrophysics | Discovering strange new worlds. |
| Randall McEntaffer | Astronomy and Astrophysics | Specializes in space-borne spectrographs for high-energy astrophysical observations. |
| Robert Morehead | Astronomy and Astrophysics | General astronomy education and public engagement with science. Academic advising for Astronomy & Astrophysics. |
| James Tutt | Astronomy and Astrophysics | Specializes in space-borne spectrographs for high-energy astrophysical observations. |
| Jason Wright | Astronomy and Astrophysics | Exoplanets, stellar astrophysics, search for life in the universe. |
| Wendy Hanna-Rose | Biochemistry and Molecular Biology | Metabolism and developmental biology. |
| Cheryl Keller | Biochemistry and Molecular Biology | Genomics and gene regulation. |
| Scott Lindner | Biochemistry and Molecular Biology | Investigates the transmission of malaria parasites to and from mosquitoes. |
| Melissa Rolls | Biochemistry and Molecular Biology | Neuronal cell biology. |
| Emily Weinert | Biochemistry and Molecular Biology | Investigates the molecular pathways by which bacteria sense and respond to the environment. |
| Charles Anderson | Biology | Studies the dynamics of plant cell walls in the context of sustainability. |
| Sarah Assmann | Biology | Plant biology. |
| Nikki Crowley | Biology | Investigates the signaling molecules and neuro circuits underlying substance misuse. |
| Emily Davenport | Biology | Host - microbiome interactions. |
| Christian Huber | Biology | Population genetics and analysis of ancient DNA. |
| Janine Kwapis | Biology | Studies the neurobiology of learning and memory |
| Lauren McCarthy | Biology | Coordinates and teaches undergraduate introductory biology courses, teaches a diversity in STEMM course, and supervises teaching assistants in biology labs. |
| Elizabeth McGraw | Biology | Studies mosquito:virus:symbiont interactions with potential applications in vector borne disease control. |
| Jessica Petko | Biology | Molecular basis of developmental processes and circadian rhythms in spiders. |
| Moriah Szpara | Biology | Utilizes comparative genomics in combination with clinical & lab-based studies, to investigate how viral genetic diversity impacts the outcomes of chronic infection. |
| Zachary Szpiech | Biology | Population genetics. |
| Claire Thomas | Biology | Cell and Developmental Biology: The role of the actin cytoskeleton in epithelial polarity. |
| John Waters | Biology | Coordinates and teaches anatomy & physiology undergraduate courses, and supervises graduate assistants assigned to teach in laboratory classrooms. |
| Mary Ann Smith | Biology | We seek to explore environmental Microbiomes to discover and identify new microbes and their biological products for potential medicinal properties. |
| Grayson Sipe | Biology | Study the interactions between neurons and glia ('non-neuronal cells') in sensory processing, brain state shifts, stress, and addiction. |
| Philip Bevilacqua | Chemistry | RNA chemistry and biology. |
| David Boehr | Chemistry | Studies the biochemistry and biophysics of enzymes important for bacteria and viruses. |
| Julie Fenton | Chemistry | Synthetic materials chemistry. |
| Chris Keating | Chemistry | Colloid and interface science. |
| Jonathan Kuo | Chemistry | Organometallic chemistry. |
| Benjamin Lear | Chemistry | Physical inorganic/materials chemistry. |
| Stewart Mallory | Chemistry | Uses computer simulation and theory to establish design principles for the next generation of soft active materials. |
| Eric Nacsa | Chemistry | Organic chemistry. |
| Scott Showalter | Chemistry | Structural biology applied to eukaryotic gene regulation. |
| Susan Sinnott | Chemistry | Computational materials science. |
| Ruobo Zhou | Chemistry | Develops and applies physical, chemical, and engineering approaches to study living systems and biological processes involved in basic cell functions as well as in cancer and neurodegenerative diseases. |
| Nate Brown | Math | Equity in STEM education. |
| Kirsten Eisentraeger | Math | Number theory and arithmetic geometry with applications to cryptography. |
| John Lesieutre | Math | Studies algebraic geometry, the study of solutions of systems of polynomial equations. |
| Carmen Carmona Benitez | Physics | Experimental Particle Astrophysics; Dark Matter; Neutrino Physics. |
| Zhen Bi | Physics | Theoretical condensed matter physics. |
| Jacob Bourjaily | Physics | Quantum field theory. |
| Doug Cowen | Physics | Experimental Particle Astrophysics; Neutrino Physics. |
| Eric Hudson | Physics | Experimental condensed matter physics. |
| Louis Leblond | Physics | Coordinates and teaches physics courses and focuses on physics research. |
| Nitin Samarth | Physics | Quantum materials and quantum information. |
| Sarah Shandera | Physics | Theorist studying questions in high energy physics, gravity, and cosmology. |
| Jorge Sofo | Physics | Theoretical and computational studies of condensed matter systems. |
| Luiz de Viveiros | Physics | Neurtrinos, Dark Matter and Particle Astrophysics |
| Helen Greatrex | Statistics | Geography and spatial statistics, weather hazards and risk. |
| Neil Hatfield | Statistics | Studies how people think about and develop their understandings of foundational ideas in statistics and mathematic (Statistics/Mathematics Education). |