Recent News
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Harnessing the power of the particle
CategoriesIf you can get tiny particles to self-assemble into crystal structures, there’s no end to the products you can create: cosmetics, petroleum products, and solar panels, for example. ChemBE major Zachary Schmidt, a junior, explores this process in the lab.
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Her research is laying the groundwork toward a long-term goal of deriving vascular cells from stem cells, growing the vessels in vitro, and then implanting or injecting them into patients to replace the diseased vasculature.
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A cell’s properties—the way it moves, its shape, its texture, and its stiffness—have an enormous impact on human development, the immune response, and the progression of cancer. But researchers studying those cell mechanics often wind up with different results from their colleagues’, leading to confusion and delaying potential breakthroughs in cancer treatment and immunotherapy.
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If you built the largest, most powerful computer currently feasible, it would have about the same number of transistors as there are synapses in the brain of a 3-year-old child.…