UC Davis researchers have developed low-cost, portable sensors to help California communities detect harmful air pollutants. Their goal is to provide real-time data on toxic metals, empowering residents and regulators to identify pollution sources and push for cleaner air.
UC Davis Coffee Center researchers, in collaboration with the Coffee Science Foundation, are investigating how physical defects in green coffee affect flavor. By identifying sensory thresholds for defects, their work aims to refine coffee grading standards and improve quality assessment in the coffee industry.
Ilias Tagkopoulos, director of the AI Institute for Next-Generation Food Systems at UC Davis, is harnessing AI to revolutionize food and health. From mapping food chemistry to optimizing sustainable production, his research aims to create smarter, healthier and more accessible nutrition for all.
Mohsen Habibi has developed a groundbreaking 3D printing technique that uses holographic soundwaves to create structures in seconds from behind a physical barrier. This cutting-edge technique could revolutionize bioprinting, bringing science fiction closer to reality.
As climate change becomes an evermore concerning issue, researchers are working to make carbon capture and storage technologies more accessible, stable and environmentally friendly. See how a team of students is taking on the challenge one cubic foot at a time.
Each year, nearly 1 million people worldwide are diagnosed with head and neck cancer, with many losing their ability to speak intelligibly due to treatment. UC Davis researchers are working to restore their lost voices with adaptive technology.
UC Davis researchers, including Dean of the College of Engineering Richard Corsi, are tackling indoor air quality — an often-overlooked factor in health and productivity. From ventilation strategies to airborne disease transmission, their work is shaping cleaner, healthier indoor spaces in homes, schools and workplaces.
Professor Yayoi Takamura and her group participated in experiments that show applied voltages can dramatically alter the magnetic properties of quantum materials, which could lead to energy-efficient methods for controlling magnetism in spintronic devices.
At UC Davis, undergraduate student Amelia Lipcsei tackles real-world challenges through hands-on research with aerogels. With a vision for improving public transportation, she hopes to build a future where engineering meets sustainability.
UC Davis researchers Kwan-Liu Ma and Dongyu Liu aim to improve collaboration in fields like emergency management by investigating how ambiguity in data visualization affects high-stakes decision-making.
