Neuroscience · Law · Ethics
Graduate Researcher
Hi, I'm Craig (Waldence)! I'm an incoming JD/PhD in Neuroscience student at Stanford University, where I will study as a Knight-Hennessy Scholar. Currently, I'm completing my MSc in Neuroscience at the University of Oxford with the kind support of the Clarendon Scholarship and Harvard–UK Fellowship. Before Oxford, I served as a Postbaccalaureate Researcher at Mass General Hospital, and completed my A.B. in Neuroscience at Harvard College.
I'm most interested in the circuit-level mechanisms and structural abnormalities underlying neuropsychiatric disorders and behavior, particularly as it relates to vulnerable communities. I primarily work with multimodal human neuroimaging (e.g., fMRI, MRS, DTI), spatial transcriptomics, and brain stimulation (e.g., transcranial ultrasound stimulation), alongside cross-species methods comparing mice and human neuroanatomy. Using neuroscience, I hope we can redefine mental illness, and treat better those who have it in our clinics and within our society.
I'm also deeply interested in moral philosophy and advocate of neurolaw, and frequently work with the Dana Foundation for Neuroscience and Society, lawyers, judges, Congressmembers, and justice-involved youth to bridge neuroscience with society. There are always extraordinary connections to be synapsed between disciplines, and I see neuroscience as a powerful tool for social good.
Outside of all-things-neuroscience, I really love 80's music, Beach House, hyraxes, rowing, exploring every coffee shop in a city, being a half-good baker, and being from the unequivocal best state: Florida! This website has also been a fun (and evolving) coding project of mine. If you ever find any bugs, please let me know!
Characterizing the circuits underlying psychiatric illness through multimodal neuroimaging, then using brain stimulation to causally modulate them. Alongside this, I study the law and ethics that govern how neuroscience enters society, be it in courtrooms, clinical care, or policy. Ultimately, I hope to redefine how we categorize mental illness, and how we treat those living with it.
Investigating subtypes using structural MRI and machine learning–derived canonical brain maps, linking human brain phenotypes to genetic mouse models through cross-species spatial analysis.
Developing image-guided focused ultrasound stimulation approaches for circuit-level precision psychiatry, and using transcranial ultrasound stimulation to causally modulate the human hippocampus — enabling direct interrogation of deep memory circuits previously inaccessible to non-invasive stimulation.
Leading different projects to understand the neurological and psychiatric sequelae of intimate partner violence, including how cumulative partner-inflicted brain injury shapes cognitive outcomes and how subcortical structure volumes relate to symptom presentation.
Leading a project using multimodal 7T neuroimaging (fMRI, MRS, structural MRI) and psychometric measures in first-episode psychosis patients and controls.
Organized a multi-day research seminar at the Radcliffe Institute. First-authored a publication in NPP — Digital Psychiatry & Neuroscience on leveraging neurotechnologies for equitable youth mental health impact.
First-author manuscript on integrating psychiatric polygenic risk scores into clinical care, in collaboration with Harvard Medical School, Mass General Hospital, and Baylor College of Medicine.
First-author manuscript in preparation. 120-page honors thesis investigating how brain structure predicts PTSD symptomatology, and how neuroanatomy–PTSD relationships differ across sex, SES, and race in the AURORA cohort. Received 11 research awards.
Worked with REACH for BRAIN to examine issues of diversity and barriers to generalizability in human neuroimaging research.
Assessed a pilot program educating 20 judges on neuroscience and its impact on judicial decision-making. In tandem, compared neuroscience evidence standards between the U.S., U.K., and Switzerland.
Radcliffe Institute-funded archival project tracing how neuroscience has been weaponized to pathologize marginalized identities across 18th–21st century law and medicine. Presented at the 25th Anniversary of the Radcliffe Institute.
I'm a great proponent of communicating research! I've presented first-authored research at 19 academic conferences across the US, UK, Italy, Canada, and Germany, and have presented my research to Congressmembers, judges, and general audiences alike.
I've been far too lucky with the people I've gotten to learn from. Francis Shen, Christy Denckla, Caroline Montojo, Gabriel Lázaro-Muñoz, Josh Greene, Steve Hyman (and many others) have been far kinder and more generous with their time than I deserved.
I led a publication on mentoring in neuroscience and society careers, drawing on lessons from the Dana Foundation for Neuroscience and Society Career Network — because I think pathways into this field should be clearer and more equitable for everyone.
Supported by the Dana Foundation for Neuroscience and Society (who inspired this site's colors!), I also helped to build neuroXcareers, a free platform connecting students and early-career researchers with mentors, resources, and opportunities across neuroscience and neurolaw. It grew to reach over 15,000 people across 29 countries and 306 institutions — stop by!
If you're navigating the JD/PhD path, applying to graduate school, thinking about neuroscience careers, or just want to talk about research — please reach out. I mean it!
Whether it's reviewing application materials, talking through research directions, or just having a conversation, I'm genuinely glad to connect.
Get in touch →