Academic research is brilliant—but it can only go so far.

Decades of incredible discoveries about how minds work, how bodies adapt, how behavior emerges... and most of it stays locked away. Behind paywalls. Inside dense technical documents. Confined to specialized niches. Researchers discover—but translating that into something people can actually use? That takes a different kind of effort entirely.

I wanted to take these systems and models I love and turn them into something anyone could experience and enjoy, regardless of background or context. Not a paper. Not a lecture. Something you could live through.

— Nathan

The Core Team at Gothic Grandma.

We are researchers, engineers, and builders creating simulation as a new cultural and scientific medium.

Nathan Baune, PhD

Nathan Baune, PhD

Co-Founder
Chief Executive Officer

Benny Chen, PhD

Benny Chen, PhD

Co-Founder
Chief Research Officer

Yasmine Bassil

Yasmine Bassil

Co-Founder
Chief Operating Officer

Inventor of the MUSE platform, leading simulation architecture, systems design, and long-term technical vision.

Nathan is a software engineer and computational systems neuroscientist who works from GPU kernels and databases up to making sure a button's shade of green is just right. He holds a PhD in Rehabilitation Science (Washington University, 2020) and has over fifteen years of experience building research-grade and production software systems focused on the human brain and behavior — spanning neurophysiologic signal processing, human-computer interaction, neuroimaging pipelines, and virtual reality. His open-source tools for MRI processing and real-time brain signal classification are used in active neuroimaging research. His research and engineering work at WashU and Emory University, supported by the American Heart Association and American Parkinson Disease Association, centered on measuring and modeling perception, action, and learning in real-world contexts. Previously co-founded health-tech startup Proprio with Benny, securing federal funding (NIDILRR) to develop wearable sensor monitoring systems for post-stroke rehabilitation. At Gothic Grandma, Nathan translates his scientific expertise into accessible, large-scale simulation and storytelling systems grounded in real science.

Leads simulation validation, system optimization, and data-driven refinement of world behavior.

Benny is a full-stack data scientist with a PhD in Rehabilitation Science (Washington University, 2019) and 15+ years of experience spanning research and production environments. A prior ML researcher at Shirley Ryan (Chicago, IL), Benny is currently a Senior Data Scientist at Children's Hospital of Philadelphia, supporting 13+ clinical research projects with scalable digital health solutions. Expert in statistical analysis, machine learning deployment, data pipeline development, and wrangling complex data from diverse sources. His experience deploying systems for real-world patient populations — wheelchair users, stroke survivors, individuals with sleep disorders — ensures MUSE is built for authentic human diversity. Previously co-founded health-tech startup Proprio with Nathan, securing federal funding (NIDILRR) to develop wearable sensor monitoring systems for post-stroke rehabilitation. At Gothic Grandma, Benny takes system designs from concept to validated implementation: building, testing, deploying, and scaling solutions while verifying that psychological models create authentic and compelling character behaviors. This validation process ensures simulated entities behave as real people do across diverse contexts and populations.

Leads operational strategy, community partnerships, and expansion into education and healthcare.

Yasmine is a neuroscientist bridging research insight with operational leadership and inclusive design. PhD Candidate (Emory University, expected Spring 2026) and NSF Graduate Research Fellow investigating cognitive changes across the lifespan. Yasmine has contributed to foundational work in multi-modal neuroimaging, is an award-winning teacher and mentor, and a nationally recognized leader in diversity, equity, and inclusion. Her extensive community engagement experience — including research with Atlanta's older adult community, leadership in the international Arabs in Neuroscience organization, creation of Atlanta's first Brainhack in 2019, founding Georgia Tech's International Student Task Force, and collaborations with multicultural student organizations across institutions — ensures Gothic Grandma's cultural authenticity comes from genuine partnership, not assumption, representing the full spectrum of human experience.

All three founders are as obsessed with karaoke as they are with brains.

Lived Experience Informs Design

Our team's diverse backgrounds and lived experiences directly shape Gothic Grandma's commitment to universal accessibility and authentic representation. These aren't credentials we claim abstractly—they're experiences that inform every design decision.

Collectively, we bring fluency across multiple languages including English, Arabic, French, Mandarin, and Taiwanese—enabling us to build multilingual systems from the ground up rather than as an afterthought.

Our personal experiences span chronic health conditions, neurodiversity, cross-cultural navigation, LGBTQ+ identities, refugee displacement, and immigration. From how we approach cognitive accessibility to why we prioritize authentic cultural representation over stereotypes—these experiences shape every design decision.

Our combined work has engaged communities often overlooked in technology development: stroke survivors, individuals with Parkinson's disease, wheelchair users, amputees, people with sleep disorders, aging populations, and those facing cognitive decline. This taught us that academic publications alone cannot bridge the gap between scientific discovery and lived benefit. MUSE is our answer: translating decades of multi-domain research into embodied experiences that anyone can access. We don't just study diverse populations—we build for them, informed by lived experience of what happens when technology fails to account for the full spectrum of human variation.

Our Divisions

Gothic Grandma LLC is structured as two complementary divisions.

Gothic Grandma. Laboratories

Our research and development arm. Laboratories builds the core MUSE platform—simulation systems, biological models, and technical infrastructure. This is where science becomes software.

Explore the technology →

Gothic Grandma. Studios

Our creative production arm. Studios will create Living Worlds through Creator Partnerships. Working with communities, Studios brings authentic stories to life. This is where technology becomes culture.

Partner with us →

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Whether you're interested in partnerships, research collaboration, or just want to learn more about what we're building—we'd love to hear from you.

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