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Lorena Anderson

ϰٿ campus photo of sign

Senior Writer and Public Information Representative

Office: (209) 228-4406

Mobile: (209) 201-6255

landerson4@ucmerced.edu

Researchers Aim to Solve the Unsolvable to Predict the Unseeable

A pair of ϰٿ researchers are combining computational chemistry and machine learning principles to solve what seems to be an intractable problem at the heart of quantum mechanics: predicting the movement of electrons, also known as electron dynamics.

Star Student and NASA Standout Preparing for a Stellar Future

Like many young women, Calista Lum absorbed the message that she was not as capable as her male peers when it came to science, technology, engineering and math.

Teachers in her Fairfield high school engineering classes often asked if male classmates had done her work for her.

“I just assumed the boys were so much better at it than me,” she said.

Researchers Look to Wetlands to Increase Delta Water Quality

ϰٿ Professor Peggy O’Day hopes to improve water quality in the California Delta by studying local wetlands.

O’Day is leading a new three-year study of Merced County wetlands that drain into the San Joaquin River and eventually the Delta.

Lab Works to Understand Molecular Motors and Cholesterol’s Relation to Alzheimer’s

Professor Jing Xu and her students study extremely tiny motor proteins, but their work could make a huge contribution to the growing body of knowledge about Alzheimer’s and other diseases that progressively destroy brain tissue.

Physicist Found His Path to the Future at ϰٿ

When Denzal Martin started his undergraduate work at ϰٿ, he wasn’t thinking about a career in physics, interning with NASA or attending graduate school.

The Los Angeles native was studying computer science and engineering. One day, though, he decided to attend a materials science and engineering lecture by visiting NASA scientist Cheol Park.

“It was a very obscure subject to me, but I was interested to learn more,” Martin (’18) said. “The pictures he showed — it seemed like magic how they were fabricating these materials.”

Water Yield from Forest Thinning Depends on How, Where and How Much

Even a little forest management significantly increases water runoff in the Central Sierra Nevada and other semi-arid regions, while drier forests need more extensive treatments, according to a new study published recently in the .

“The result is more runoff to downstream water users,” said ϰٿ Professor Martha Conklin , who led the study.

Berhe Named to Endowed Chair in Recognition of Her Work in Soil Sciences

Soil biogeochemistry Professor Asmeret Asefaw Berhe has been named the Ted and Jan Falasco Chair in Earth Sciences and Geology.

“The Falasco family is engaged in construction and development, so they have an intimate connection with and an understanding of the earth beneath our feet,” Berhe said. “Not only are they generous with their hard-earned resources, they are investing in a worthy cause for the Valley. They appreciate how invested we all should be in the land and the Earth.”

Nobile Awarded Kamangar Family Endowed Chair

Professor Clarissa Nobile has been named the newest Kamangar Family Endowed Chair in Biological Sciences and will be honored at a private ceremony with the donors this fall.

“I am so pleased and honored to have been named to this chair,” Nobile said. “Thank you for investing in me and the future of biomedical research on infectious diseases at ϰٿ.”

Valley Fever the Focus of Public Event

ϰٿ is offering the opportunity for Valley residents to learn what clinicians and researchers know about Valley fever, an airborne fungal infection that can have serious, even fatal, consequences for people across California and the Southwest.

A multi-campus Valley fever summit in the California Room at ϰٿ on Oct. 25 is free and open to all who by 5 p.m. Oct. 15.

Engineering Professor Working to Improve Strawberry Harvesting

Harvesting is said to be one of the most costly and labor-intensive operations in strawberry production.

But a ϰٿ engineering researcher is looking for ways to make it easier and cheaper. As part of a four-year project, will explore the possibilities and benefits of people and robots picking the fruit together.