Founding Faculty Roland Winston Remembered for Pioneering Solar Energy

Distinguished Professor Emeritus Roland Winston, a pioneer in solar energy, engineering and physics, died Feb. 8 at the age of 88 at his home in Merced.

A founding faculty member in the schools of Natural Sciences and Engineering at UC Merced, Winston also founded and directed the intercampus collaborative Advanced Solar Technologies Institute, known as UC Solar.

His research and teaching focused on concentrating solar energy systems. Winston published hundreds of articles in scientific journals, co-wrote several books and held more than 50 patents.

UC Awards Support Tackling Big Questions in Health, Physics, Agriculture and Climate

Faculty members at UC Merced are taking the lead on four Multicampus Research Program Initiatives (MRPI), working with colleagues around the University of California system to address challenges around labor and agriculture, active matter, Indigenous health and fusion energy.

COVID Lockdown Disrupted Preschoolers’ Social Skills, Trailblazing Research Shows

Lockdowns. Social distancing. Shuttered schools and businesses. The COVID-19 pandemic and its sweeping disruptions set off a stampede of “what it’s doing to us” research, focused largely on schoolchildren. How were students’ academics affected? Their mental health? Their social development?

Left unexamined was whether the pandemic impacted the social cognition of preschool children — kids younger than 6 — whose social norms were upended by day care closures and families sheltered at home.

Josiah Beharry Offers Unique Perspective as 50th Student Regent

First-generation doctoral student Josiah Beharry made history in 2023 when he was chosen as the first student regent from UC Merced.

In addition to being the 50th student to serve on the Board of Regents that governs the University of California system, Beharry also is the first publicly identified undocumented DACA student to be named.

Born in Trinidad, he immigrated to the U.S. with his family at age 3 and was raised in Ventura.

Grant Funds Research into Fungal Structures

Mushrooms are pretty amazing. They are light and porous yet have a high strength-to-weight ratio. They are absorbent. They can serve as filters.

Manufacturing a material that mimics mushrooms and other fungal structures could provide opportunities in any number of areas, ranging from aerospace engineering to clothing production.

A Major Step Forward for UC Merced's Agricultural Experiment Station

The first four faculty members named to UC Merced's Agricultural Experiment Station look to make a big impact on farming in the San Joaquin Valley and beyond.

Study of Sugar Pines Reveals Urgent Issue in Protecting Forests from Climate Change

Sugar pines are the tallest pine species in the world, and they only grow along the West Coast of North America. They are a valued source of timber with cones as large as an adult’s forearm. But they face several problems that a new paper argues should be quickly addressed.

The sugar pine population has been declining because of changing fire patterns, drought, bark beetle mortality, a disease called white pine blister rust – and now the impacts of climate change.

Fellowship Draws UC Merced Alum Back to the Capitol

As one of UC Merced’s first students, Josue “Josh” Franco seized the chance to help shape student government for future scholars on campus; now he has grasped a new opportunity on Capitol Hill.

The three-time alumnus (B.A. ’09, M.A. ’16, Ph.D. ’18) has been awarded the American Political Science Association’s Congressional Fellowship for 2024-25.

New Method of Mapping Proteins Offers Undergraduate Students New Opportunities

Research on cell development has led not only to a more efficient way to map proteins in living cells but also tapped into the research capabilities of UC Merced undergraduate students and brought about a new learning opportunity that could shape their futures.

Researchers know a protein’s function is intimately tied to its location in a cell. By mapping its location, they can better understand how its function — and the cell’s biology — changes over time.