PhD Student, Developer, Musician
Contact me at firstname.lastname@example.org.
I’m a PhD student at the University of Toronto Department of Psychology, studying under Dr. Jordan B. Peterson and Dr. William Cunningham.
My research interests include technology-assisted performance enhancement, human-computer interfacing, music cognition, machine learning, and psychometrics.
I design and code my own music-related software and I am working on two music visualizers and a synthesizer.
I also write and produce electronic music. I’m particularly interested in the mathematics of musical harmony and timbre.
Consulting Rates & Booking
I regularly consult on psychology, statistics, software design, music theory, and music visualization, but I am happy to talk about anything.
Send me an email to book a call. My rate is $2/min.
Peterson Online Education
I am involved in product design, backend coding, UI/UX design, and research for a disruptive online education platform headed by Dr. Jordan B. Peterson.
Development is well under way, with public testing projected for mid-2019.
I am developing an interpersonal biofeedback technology which uses music-like stimuli to convey a user’s physiological information to another observer.
I am investigating how interpersonal biofeedback may facilitate empathy and interpersonal entrainment. Read more here.
Tennant Music Visualizer
The Tennant Music Visualizer (TMV) is an innovative approach to the visual representation of music.
It takes advantage of intuitive crossmodal correspondences between visual and auditory perception which have been shown to enhance the speed and precision of perception.
Both music visualizers take inspiration from the field of Cymatics, which seeks to make sound visible through physical media. Cymatics uses the phenomenon of resonance to sounds into 2D and 3D spatial patterns which lend themselves to visual perception.
These techniques can also be applied more broadly in data visualization. They take advantage of many of the strengths of our visual processing to allow for high-bandwidth decoding of semi-periodic data. (EEG, or other types of 1D data)
You can see videos of the visualizer on my YouTube channel. To read more about the principles behind the Tennant Music Visualizers, you can take a look at my paper on crossmodal representations of music.
Cymatic Music Visualizer
XY Oscilloscope Music Visualizer
Academic Research Papers
Interpersonal Resonance: Developing Interpersonal Biofeedback for the Promotion of Empathy and Social Entrainment
It’s Not You, It’s Me: Sex, Context, and Individual Differences in Experimental Partner Choice
Crossmodal Representations of Music: A Sensory Supplementation Approach