Physicist Ethan Minot and his laboratory are unlocking the potential of quantum materials to revolutionize technology. Their groundbreaking research is not only pushing the boundaries of science but also paving the way for student careers in the tech industry.
For billions of years, all life on Earth, from tadpoles to humans, have relied on the same 20 amino acids to build proteins — the fundamental building blocks of life. But what if that list of fundamental amino acids was expanded to include any chemical ability of our choosing? What new potential could be unlocked?
Samantha Crockett's journey from a struggling college student to a thriving zoology graduate is a testament to the transformative power of online education. Faced with isolation and academic disillusionment, she found her stride at Oregon State University's Ecampus program, where supportive professors and flexible learning opportunities reignited her passion for zoology.
The NIH will fund Oregon State's GCE4All for a total of $5.6M over five years, solidifying the University as a world leader in GCE protein engineering.
In Nash Hall, the Microbiology Department has 30 labs and auxiliary spaces spread over four stories. When most researchers are staying home or only visiting their labs once a week, Cindy Fisher, Nash Hall building manager, is walking the halls weekly ensuring decades of research is safe and sound.
Renovations to Cordley Hall – home to Integrative Biology and Botany and Plant Pathology – will begin this summer. When the project is complete in 2024, Cordley Hall will be transformed into a welcoming, attractive academic home for the thousands of students the two departments service each term.
The second Genetic Code Expansion (GCE) Conference accelerated fundamental research into the biology of life as well as drug discovery and material science.
The third annual Genetic Code Expansion Workshop is returning to campus for graduate students, faculty and scientists from across the country and world the week of July 31-August 5, 2017.
