A $1.85 million grant from the Alfred P. Sloan Foundation connects UC Davis researchers with peers from five other UCs to build a system-wide network of open source program offices to better educate and sustain the UC open source software community.
With recent $1.98 million in funding from the U.S. Department of Energy, an interdisciplinary team of researchers aims to decarbonize the industrial sector by efficiently extracting ultra-low-grade waste heat from gas streams and using it for various applications in the food and beverage industry.
College of Engineering researchers aim to make around-the-clock solar energy a reality with a novel thermophotovoltaic device. Paired with an optical emitter, the device converts the sun’s heat into a concentrated light spectrum that can then be transformed into usable energy.
Oceanographer-slash-computer-scientist Maike Sonnewald discusses using artificial intelligence to build a foundation of knowledge and insight into the ocean’s role in the climate system to better predict long-range weather and help society prepare for climate change.
Halfway through their four-year challenge to design and customize a next-generation electric vehicle, the student-led UC Davis EcoCAR team is at full throttle.
The UC Davis student branch of the ASABE hosted the organization’s Annual Student Rally for California and Nevada in January, where students learned about today’s agricultural industry, from producing high-protein almond milk to gene editing for essential crops to heritage sheep breeding.
The U.S. Department of Energy, or DOE, has selected a University of California, Davis, collaboration to receive $1.98 million in funding as one of 49 projects aimed at decarbonizing the industrial sector and moving the nation closer to a net-zero economy.
The University of California, Davis, is leading the establishment of a new Integrative Center for Alternative Meat and Protein, or iCAMP. The center will work toward large-scale commercialization and technological advancement of alternative proteins, including cultivated meat (from animal cells grown in large fermentors), plant- and fungal-based foods, and innovative hybrids that combine conventional meat products with alternative proteins.
Research led by University of California, Davis, sheds new light on how to access the sugars locked up in plant materials to convert byproducts into new feedstocks to produce fuels, materials and chemicals.
As researchers look for new ways to help slow a changing climate and mitigate the effects of a fossil fuel-based energy system, UC Davis professor Ambarish Kulkarni and his team of researchers are using chemical engineering to find sustainable solutions.
