Clayton Mosher, Ph.D. Email & Phone Number

Los Angeles, CA, US

Beverly Hills, California, United States

Los Angeles, California, United States

o Create predictive models of human emotion to understand reactions of movie goerso Contribute to standards in the use of neurotechnology in media by submitting patents and publishing scientific articles about the science of movies (SMPTE Journal)o Identify, test, and analyze sensor data from new neurotechnologieso Explore new film techniques like dynamic.

o Published original research on how neurons in the subthalamic nucleus participate in cognitive control by supporting action selection and cancellation o Researched and implemented protocols to perform deep brain stimulation of the human hippocampus to enhance memoryo Designed novel experiments to probe how single neurons in the brain learn and an encode.

Greater Los Angeles Area

o Presented work at international conferences and published original research on how cardiac pulsation impacts neural signalling and cell typing, how dopaminergic neurons in the human brain support memory formation, and how interictal discharges in epileptic patients modify memoryo Performed intracranial neural recordings, cardiac physiology, and.

Tucson, Arizona

o Developed a research program to understand how associative areas of the primate brain process and integrate multimodal signals in the visual, auditory, and tactile domaino Published original research on how neurons in the monkey amygdala process somatosensory signals to decode the facial expression the animal is displayingo Designed and built tactile.

Austin, TX

o Analyzed and interpreted biometric data (heart rate, skin conductance) and eye-tracking to determine how different advertising strategies impact emotion and memory (clients: Facebook, ESPN, Hulu...)o Established best practices for calculating electrodermal responses and managed a team of employees on collecting and preparing psychophysiology datao.

Greater New York City Area

o Designed and conducted original experiments on the neural basis of emotionso Recorded neural activity (EEG, single neurons) and the emotional state (eye-movements, pupil diameter, heart rate) of monkeys engaged in a decision-making task to probe how arousal is maintained in anticipation of rewardo Planned and taught a masters-level course in.

Tucson, AZ

o Published original research on how primates interact socially, guide their attention to socially relevant stimuli, and how neurons in both humans and monkeys respond when fixating with eye-movements on socially relevant stimulio Developed a system for monitoring the eye-movements and facial muscle activity of Rhesus monkeys;o Established protocols for.

The University Of Arizona

o Recorded skin conductance responses from Rhesus monkeys as they viewed emotionally-salient photographso Hand-sccored saccadic eye-movements and analyzed looking patterns using custom-designed MatLab softwareo Participated in a summer abroad program investigating the role of sleep-spindles in memory consolidation in the monkey amygdala

Tucson, AZ

o Designed and taught original lesson plans for K-12 classroomso Trained in K-12 teaching and developed and implemented neuroscience outreach activities (e..g skin conductance lie-detector test, facial electromyography monitoring)o Served as neuroscience guest-lecturer in high school classrooms

Tucson, AZ

o Selected short fiction entries for publication and assisted in the artistic design of magazine pageso Lead events to secure funds for magazine publication

Doctor Of Philosophy (Ph.D.), Neuroscience, Minor In Statistics

Bachelor'S Degree, Physiology And Applied Mathematics, Honors, Summa Cum Laude (Gpa 4.0)