Scientists at UC San Diego, MIT and Harvard University have engineered “topological plexcitons,” energy-carrying particles that could help make possible the design of new kinds of solar cells and miniaturized optical circuitry.
Excitement was palpable at UC San Diego’s inaugural Triton Entrepreneur Night as student entrepreneurs, alumni, staff, and community supporters gathered for demos and presentations from the latest crop of student-driven innovations.
Students and researchers at all stages of their academic careers went head-to-head recently, competing for $100k in prizes at the 10th annual UC San Diego Entrepreneur Challenge.
Calit2 is an early partner and will be a user of KnuEdge's new computing architecture inspired by an earlier processor developed in Calit2's Circuits Labs at UC San Diego. The technology could dramatically accelerate machine learning, Big Data analytics and other computations.
To better understand the pathogenic bacteria Staphylococcus aureus and develop more effective treatments, University of California San Diego researchers examined the Staph “pan-genome” — the genomes of 64 different strains that differ in where they live, the types of hosts they infect and their antibiotic resistance profiles. This effort, published June 6 by PNAS, places all Staph genes into one of two categories: the core genome or the dispensable genome.
In a meta-analysis of hundreds of clinical trials involving thousands of patients, researchers at University of California San Diego School of Medicine report that therapeutic approaches using precision medicine, which emphasizes the use of individual genetics to refine cancer treatment, showed improved response and longer periods of disease remission, even in phase I trials.
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