| Bliss-Moreau, Eliza |
Monkeys |
Behavioral neuroscience |
affect, social environment, neurodevelopmental disease |
Must be MMR and Covid vaccinated and TB free |
| Bowman, Lindsay |
Neurotypical infants and young children |
EEG |
developmental neuroscience; social cognition; brain-environment interactions |
| Cingel, Drew |
Children, adolescents, adults |
Behavioral and online data |
Influence of media on human development |
Looking for someone who has worked with children or is interested in studying children from a social science perspective |
| Corina, Dave |
Deaf and hearing children and adults |
EEG and behavior |
neurolingustics, american sign language, cochlear implants |
|
| Ferreira, Fernanda |
Neurotypical adults |
Eye tracking, behavior, EEG |
psycholingustics, language production, syntax, disfluent speech |
|
| Frey, Seth |
People engaged in real-world online activities |
Online data |
computational approaches to self-governance, cognitive science of strategic behavior |
| Geng, Joy |
Neurotypical adults |
Eye tracking, behavior, neuroimaging |
attention, cognitive control, brain and behavior |
Looking for someone who is interested in virtual reality. Background in design/art or data analysis is preferred. |
| Gurkoff, Gene |
Rodents |
Invasive neurobiology |
traumatic brain injury, epilepsy, memory, plasticity |
Student would work with epileptic animals and learn MATLAB programming |
| Guyer, Amanda |
Adolescents |
Neuroimaging |
adolescent psychopathology |
|
| Henderson, John |
Neurotypical adults |
Eye tracking, behavior, neuroimaging |
vision, attention, cognition |
|
| Hostinar, Camelia |
Children |
Behavior, physiology |
social environment, poverty, stress, and health outcomes |
|
| Huo, Meng |
Older adults |
Behavior, biomarkers |
empathy, altruism, social relationships, health, gerontology |
|
| Joiner, Wil |
Neurotypical adults |
Behavior, robotics |
learning, robotics and movement. |
Background in engineering and/or programming preferred |
| Kim, Tina |
Rodents |
Invasive neurobiology |
motivation, organization of neural circuts, gene expression |
|
| Lin, Jack |
Adults with epilepsy |
Analysis of neural data |
Brain networks, memory, emotion |
|
| Mangun, Ron |
Neurotypical adults |
EEG, behavior, eye tracking, neuroimaging |
vision, attention, cognition |
|
| Miller, Lee |
Neurotypical adults |
EEG, behavior, eye tracking, neuroimaging |
auditory perception and speech recognition |
Looking for someone who is interested in EEG and/or behavioral data collection |
| Morgan, Emily |
Neurotypical adults |
Behavior, computational models |
language, music, programming languages |
|
| Patten, Carolynn |
Neurotypical adults and stroke patients |
Behavior, physiology |
Movement and movement disorders |
|
| Robinson, Steve |
Neurotypical adults, pilots, astronauts |
Behavior, robotics |
Human factors engineering in the context of space flight |
Looking for second-year student who is interested in aerospace |
| Sagae, Kenji |
Computational models |
Computational modeling |
computational linguistics, natural language processing, and language technology. |
|
| Stavisky, Sergey |
Adults with implanted electrodes |
Analysis of neural data |
brain-computer interfaces for people with brain and spinal injuries |
| Talbott, Meagan |
Autistic children |
Behavior |
gesture and language development, early identification and treatment of ASD, and telehealth approaches to evaluating infant development and treatment efficacy |
based in Sacramento. remote work available, but in-person preferred |
| Xue, Yi |
Rodents |
Invasive neurobiology |
Computational optics, optical imaging, biophotonics, brain-computer interfaces, neurotechnology |
| Yoneda, Tiko |
Older adults |
Behavior |
Role of personality in health and aging |
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