- Applied Sciences
- Mathematical Sciences
- Natural Sciences
- Social sciences
This research investigated the genetic compositions of multiple Prochlorococcus and Synechococcus species isolated from the Red Sea to determine how the organisms have evolved to nitrogen stress conditions and therefore differ from cyanobacteria found in other bodies of water.
This behavior is comparable to that of actin-binding proteins in reconstituted filamentous actin. We show that the elasticity of neurofilament networks is entropic in origin and is consistent with a model for cross-linked semiflexible networks, which we use to quantify the cross-linking by divalent ions.
Professor Robert Wood’s creations have been featured in an exhibit at the Museum of Modern Art, on two Discovery Channel series, and in Time Magazine. When you walk into his Harvard lab at 60 Oxford Street—a building beyond the boundary of most undergaduates’ travels—you find yourself amid the hustle and bustle of undergraduates, graduate students, and postdocs peering through microscopes at actuators, using lasers to create air frames, and tweaking mechanical wings and transistors.
Every subfield exists to serve its own purpose as well as to augment progress in other subfields. One of the newest embodiments of this mantra is Harvard’s very own Center for Nanoscale Systems (CNS).
Since the beginning of recorded history, the questions “How did life begin?” and “Are we alone in the universe?” have mystified humans, dominating religious and political debate. Today, Harvard scientists from across four major disciplines have united to grapple with the same age-old questions, using innovative new technologies.