Syracuse student’s AI research brings new energy to CNY’s innovation scene
A Syracuse University student’s award-winning AI project is drawing attention in Central New York, highlighting Central New York’s spirit of innovation and community engagement.
One Syracuse University student’s research is putting Central New York on the map for advanced artificial intelligence, as Dio Brown’s work on a new AI system earned her the prestigious Patricia A. Wood, M.D., Ph.D., Spinoza Award, according to Syracuse University News.
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Brown, a junior in the College of Engineering and Computer Science, is developing an AI system called Kairos that learns about the world in a way that mimics how children explore and understand their surroundings. Her project, which she presented at the SOURCE Symposium in August, is the first phase of what she hopes will be a three-part journey into the future of AI.
By The Numbers
- 2028: Brown’s expected graduation year, per Syracuse University News.
- Three: The number of planned phases in Brown’s AI research project, according to Syracuse University News.
- August: Month when Brown presented her findings at the SOURCE Symposium, per Syracuse University News.
Why this matters for Central New York
Brown’s research is more than just a technical achievement, it’s a sign of the creative energy and academic excellence that make Syracuse and its neighboring towns like DeWitt and Salina a great place to live and learn. With Syracuse University drawing students from across the country, projects like Kairos help keep the city’s reputation for innovation strong.
Her work also connects to the broader community, as the Spinoza Award is designed to support undergraduates who explore philosophical questions in science and other fields. The award was established in collaboration with Syracuse University alumni and faculty, showing how local support can help young researchers tackle big questions.
What makes this research different
Most artificial intelligence systems learn by analyzing millions of images or data points. Brown’s approach is unique: instead of feeding the AI endless data, she’s teaching it to learn like a child, by exploring, observing, and building understanding piece by piece. This method, which she calls a “coherence-based framework for developmental perception,” could help address one of AI’s biggest challenges: the symbol grounding problem.
According to Syracuse University News, the symbol grounding problem is the gap between knowing facts about something and truly understanding it. Brown’s system, Kairos, tries to bridge that gap by learning from its own experiences in a simulated world, rather than just memorizing data.
In the first phase of her project, Brown placed the AI in a two-dimensional world she calls an Umwelt, where it could sense and act independently. The AI, represented as a small circle called the Emergent, would approach objects, analyze them, and move on when it had learned all it could from a particular spot. Brown describes this process as “nibbling at reality.”
How the project is unfolding
Brown’s early results are promising. Kairos was able to learn about pictures, but struggled to recognize real objects in a flat, two-dimensional space. To help the AI understand where objects started and ended, Brown supplied a depth signal. This adjustment allowed the system to recognize complex objects more accurately.
Her next step is to move Kairos into a three-dimensional world, where it can view objects from multiple angles and develop a richer understanding, much like how people learn by moving around and seeing things from different perspectives. Brown told Syracuse University News that combining many 3D views is the “next horizon” for her research.
Brown’s fascination with artificial intelligence began in childhood, inspired by science fiction writers like Isaac Asimov. Now, her work is helping to shape the future of AI right here in Syracuse.
Local context: Innovation and education in Syracuse
Brown’s project is just one example of the energy and creativity found on the Syracuse University campus and across Central New York. The SOURCE Symposium, where she presented her findings, is an annual event that showcases undergraduate research from across disciplines. Events like these bring together students, faculty, and community members to celebrate new ideas and discoveries.
For those living in neighborhoods like Eastwood, Tipp Hill, or Westcott, Syracuse University’s presence is a source of pride and opportunity. The campus is a short drive from key roads like I-81 and I-690, making it accessible for students and visitors from across Onondaga County and beyond.
With the fall semester in full swing and the city’s foliage at its peak, there’s a sense of excitement on campus and throughout Syracuse. The university’s ongoing investments in student housing and campus facilities, as previously reported by CNY Signal, are helping to attract new talent and keep the city’s academic community thriving.
For more on education and innovation in Syracuse, check out our Syracuse schools coverage.
Connecting research to community events
Brown’s work is a reminder that Central New York is home to big ideas and passionate people. Whether it’s a research project at Syracuse University, a local festival, or a community event in Clinton Square, there’s always something happening to bring people together.
To stay up to date on local happenings, visit our community events page for the latest things to do and ways to get involved.
Where to check for updates
For more information on undergraduate research and upcoming events at Syracuse University, visit the university’s official news site and The SOURCE program page.
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Sources
- Syracuse University News, details on Dio Brown’s AI research and Spinoza Award
