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At NASDAQ’s Global Technology Center, the rising Brown junior and applied mathematics concentrator is working with nine other students to create streamlined, smarter online marketplaces.
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The National Institute of Standards and Technology will provide funding for Brown researchers working in the physical sciences to collaborate with NIST researchers and access NIST’s specialized labs.
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Supported by a $4.1 million award from DARPA, Brown researchers will look for ways to store and manipulate digital data using molecules in solution.
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An Antares rocket and Cygnus cargo spacecraft launching to the International Space Station on Sunday morning will carry Brown's first student-built satellite.
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Using a powerful X-ray imaging system, Brown University scientists found that catfish move joints throughout their head in a concerted manner to suck in their prey.
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New research in mice and humans suggests that an enzyme called SNRK suppresses inflammation in obesity-related “white fat” while increasing metabolism in heat-producing “brown fat,” making SNRK an intriguing target in the battle against obesity.
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Research led by Brown found that blocking retrotransposon activity with a generic HIV/AIDS medication significantly reduces age-related inflammation in old mice and senescent human cells, providing hope for treating age-associated disorders.
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Researchers at Brown found that alcohol hijacks a conserved memory pathway in the brain and changes which versions of genes are made, forming the cravings that fuel addiction.
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Brown University researchers have assembled two massive arrays of photomultiplier tubes, powerful light sensors that will serve as the "eyes" for the LUX-ZEPLIN dark matter detector, which will start its search for dark matter particles in 2020.
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In research that may help bridge the divide between the nano and the macro, Brown University chemists have used pyramid-shaped nanoparticles to create what might be the most complex macroscale superstructure ever assembled.
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In a finding that will be useful in nanoscale engineering, Brown University researchers have shown that miniscule differences in the roughness of surfaces can have important effects on how they stick together.
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A new study details the minute changes—down to the level of individual atoms—that cause a particular protein to form cell-damaging clumps associated with ALS and other diseases.
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Brown University chemists have shown a technique that can identify regions in a liquid crystal system where molecular order begins to emerge just before the system fully transitions from disordered to ordered states.
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By revealing the structure of proteins that enable sperm and egg to fuse to form zygotes in plant and protozoan species, the new study may aid in discovering the fusion process for humans, which remains a mystery.
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