From UC San Diego Lab Discovery to Clinical Trial at Moores Cancer Center
The discovery of a new molecular mechanism leads to drug development that could treat non-Hodgkin lymphoma and other cancers.
Behind Every Breakthrough News
The future is shaped by those who push beyond what is known. At UC San Diego, we don’t just navigate change—we create it. Every breakthrough, every discovery starts with the courage to explore, to challenge, to redefine what’s possible. But even the boldest ideas need a foundation. Research requires resources, collaboration, and investment to turn possibility into reality. Without it, the unknown stays unknown. With it, we change the world.
The Latest
A UC San Diego Tool Teaching Code to 25 Million is Even More Critical in Age of AI
When generative AI began writing code with uncanny fluency, it sparked a question: If a chatbot can build software, do people still need to learn to code? Professor of Cognitive Science Philip Guo says absolutely. Understanding code is now more important than ever because AI can get it wrong.
Inspired by Patient Care, $1 Million Gift Fuels Brain Cancer Research at UC San Diego
In gratitude for excellent patient care, the Anders Family Brain Cancer Research Fund has been established to advance precision medicine and transform patient care.
Ask a Scientist: How Do the Polar Regions Impact You?
We caught up with glaciologist Helen Amanda Fricker to learn about the latest research underway at the Scripps Polar Center, how changes at the poles are felt across the globe, and why federal support for science is essential to public safety and national security.
UC San Diego-Led Satellite Mission Selected by NASA
Today NASA announced the selection of a University of California San Diego-led satellite mission for the Earth System Explorers (ESE) program.
New AI Tool Accelerates Hearing Research with Unprecedented 3D Views of Sensory Cells
Scientists have developed a 3D, AI-based tool for viewing hearing cells. To understand hearing damage from noise and aging, and develop new treatments, scientists need detailed images of hair cells. The new VASCilia tool uses deep learning to accelerate sensory cell image processing and analysis.
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