Research

Research at UNC-Chapel Hill, a billion-dollar venture, has quadrupled over the past 15 years, firmly establishing Carolina as one of America’s top-ranked research universities.

Student works with chemicals.

Collaborative approach, world-renowned research

Cures and treatments for disease. New technologies. New industries for North Carolina and the world.  At Carolina, we tackle tough challenges with multidisciplinary teams of top scientists and students whose diverse perspectives deliver creative, unprecedented solutions. As one of America’s top research universities, we conduct roughly $1 billion in research annually. We provide dedicated service to our sponsors and unprecedented opportunities for graduate students, postdocs and undergraduates.

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Facts & Figures

  • 11thlargest U.S. research university (research volume & annual expenditures)
  • 5thin the U.S. for federal research among public and private universities
  • $1.10 billionin annual research activity
  • 62%of all UNC system research performed by UNC-Chapel Hill
  • For every $1of state funding, research centers & institutes attract $8 from external sources

Serving North Carolina,
Changing the World

Carolina is a world-class research university where great ideas and creativity flow, innovations are put to the test, and discoveries are made.

  • Advancing cancer research

    Carolina is home to one of the leading cancer research and treatment centers in the nation, bringing together exceptional physicians and scientists from across campus to advance the prevention, early detection and treatment of cancer.

  • Inspiring the next generation

    At Carolina, women are conducting groundbreaking research, addressing global challenges and making lasting impacts in their fields. They're also helping to inspire the next wave of researchers who will help answer and solve the world's toughest problems.

  • Bubble breakthroughs

    Virginie Papadopoulou specializes in using ultrasound technology to study the body in extreme environments, ranging from the physiology of scuba divers to the blood flow in cancerous tumors. Her weapon of choice? Tiny bubbles.

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