Researchers at the Wellman Center for Photomedicine at Massachusetts General Hospital (MGH) have developed a one-micrometer-resolution version of the intravascular imaging technology optical coherence tomography (OCT) that can reveal cellular and subcellular features of coronary artery disease.
From across the University, members of the information technology community gathered for the first Harvard IT Summit.
A symposium sponsored by Harvard’s Berkman Center for Internet & Society explored the design of public and private spaces in the digital realm.
A researcher at the Harvard-Smithsonian Center for Astrophysics has uncovered a new way that stars end their lives, in a bright, fast explosion that appears different from the known characteristics of the stellar cataclysms called supernovas.
Astronomy Professor Alyssa Goodman is helping to bring astronomy to area schools, founding an "ambassador" program that combines with new software to provide an interface on the universe for students and researchers alike.
For their capstone project in the course ES 96: “Engineering Design Seminar,” 16 SEAS students conducted an analysis of the geothermal heating and cooling system that serves Radcliffe's Byerly Hall.
Two panel discussions, organized by the Harvard School of Engineering and Applied Sciences, examined the “promise and perils” of creating digital repositories of genetic records and considered the policy implications of an individual’s right to access, control, and interpret his or her own genetic data.
Scientists have long believed that sunfish, perch, trout, and other such bony fish propel themselves forward with the movement of their tails, while their dorsal and anal fins — the fins on their tops and bottoms — work primarily as stabilizers.
Harvard physicists have expanded the possibilities for quantum engineering of novel materials such as high-temperature superconductors by coaxing ultracold atoms trapped in an optical lattice — a light crystal — to self-organize into a magnet, according to an article in the journal Nature.
Scientists at the Harvard School of Engineering and Applied Sciences and SiEnergy Systems LLC have demonstrated the first macro-scale thin-film solid-oxide fuel cell. This is the first time a research group has overcome the structural challenges of scaling up the technology to a practical size with a proportionally higher power output.
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Two Harvard undergraduates have developed a website called Newsle that tracks news of Facebook and Linked In contacts.
SEAS research has revealed that differential growth and ruffling at the edges of each petal — not in the midrib, as commonly suggested — provide the force behind the lily's bloom. The work contradicts earlier theories regarding the growth within the flower bud.
Within hours of the massive earthquake that struck Japan on March 11, Harvard’s Center for Geographic Analysis had launched a web-based data clearinghouse, the Japan Sendai Earthquake Data Portal, to provide a site where disaster responders can find needed information.
Student entrepreneurs at Harvard have won $50,000 in grants to support further development of innovative ventures in the Harvard College Innovation Challenge.
Graduate student Alice A. Chen received the prestigious $30,000 Lemelson-MIT Student Prize on Wednesday (March 9) for her innovative applications of microtechnology to study human health and disease.
Three technology proposals from the Harvard School of Engineering and Applied Sciences (SEAS) have been selected for presentation at the University Research and Entrepreneurship Symposium (URES).
The Association for Computing Machinery (ACM) today (March 9) named Leslie G. Valiant the winner of the 2010 ACM A.M. Turing Award for his fundamental contributions to the development of computational learning theory and to the broader theory of computer science.
Professor Gu-Yeon Wei explores energy-efficient computing devices that are fast but draw minimal power.
Harvard graduate student Wonyoung Kim has developed and demonstrated a new device with the potential to reduce the power usage of modern processing chips.
Michael Brenner, Glover Professor of Applied Mathematics and Applied Physics at the Harvard School of Engineering and Applied Sciences, has been awarded the George Ledlie Prize by the President and Fellows of Harvard College.
Harvard-led research has found that migrating tissue flows very much like colloidal glass. The research advances scientists’ understanding of wound healing, cancer metastasis, and embryonic development.
Engineers and scientists collaborating at Harvard University and the MITRE Corp. have developed and demonstrated the world’s first programmable nanoprocessor.
Research by physicists from Harvard’s School of Engineering and Applied Sciences, Princeton, and Brandeis shows that clay vesicles provide an ideal container for the compartmentalization of complex organic molecules. The discovery opens the possibility that primitive cells may have formed inside inorganic clay microcompartments.
Five recent graduates of the School of Engineering and Applied Sciences talked to current students about life beyond Harvard in the first of a series of engineering-themed career events hosted by the FAS Office of Career Services.
Harvard’s Office of Technology Development tries to ensure that the public sees the benefits of Harvard’s research by licensing new technology to companies.
From oddities like breathable chocolate to history-making devices with profound societal effects, like the heart pacemaker, Harvard’s combination of questing minds, restless spirits, and intellectual seekers fosters creativity and innovation that’s finding an outlet in new inventions and companies.
With little more than a conventional photocopier and transparency film, anyone can build a functional microfluidic chip.
Physicists and bioengineers have developed an optical instrument allowing them to control the behavior of a worm just by shining a tightly focused beam of light at individual neurons inside the organism.
Harvard researchers have discovered that Bacillus subtilis biofilm colonies exhibit an unmatched ability to repel a wide range of liquids — and even vapors. The finding holds promise for developing better ways to eliminate harmful biofilms that can clog pipes, contaminate food production and water supply systems, and lead to infections.
Undergraduates in Engineering Sciences 51: “Computer-Aided Machine Design” spent a semester learning to design gadgets in SolidWorks, building candy-flinging catapults, and mastering the use of the soldering iron. Then came the final assignment: Transform a cordless power screwdriver into a functional all-terrain vehicle.
Thanks to the digital revolution, Harvard is developing a legion of cyberspace fans in the world of social media.
Across the University, digitization is rapidly changing the nature of scholarship, opening doors to information and collaboration, and redefining research and education.
Engineers at Duke and Harvard universities have developed a “magnetic sponge” that after implantation into a patient can “squeeze” out drugs, cells, or other agents when passed over by a magnet.
More than 500 students in the introductory computer science course CS 50 descended on the Northwest Science Building for a music-thumping, popcorn-eating fair where students showed off their projects.
Harvard’s Wyss Institute for Biologically Inspired Engineering officially opens new, expansive facilities in Boston and Cambridge to host its fast-growing enterprise.
The air exchange system inside termite mounds provides a natural example of how to harness intermittent winds.
Harvard Physics Professor Gerald Gabrielse was named the recipient of the 2011 Julius Edgar Lilienfeld Prize, awarded by the American Physical Society for outstanding contributions to physics.
Researchers from Harvard University and MIT have demonstrated that graphene, a surprisingly robust planar sheet of carbon just one-atom thick, can act as an artificial membrane separating two liquid reservoirs.
Harvard engineers have created a millionth-scale automobile differential to guide tiny aerial robots.
Chemists and engineers at Harvard University have fashioned nanowires into a new type of V-shaped transistor small enough to be used for sensitive probing of the interior of cells.
A collaborative team of scientists at Harvard and the University of Leeds have demonstrated a new terahertz (THz) semiconductor laser that emits beams with ...
A team of Harvard physicists led by Mikhail D. Lukin has achieved the first-ever quantum entanglement of photons and solid-state materials. The work marks ...
A hundred million years ago, a triple-star system was traveling through the bustling center of our Milky Way galaxy when it made a life-changing misstep. The trio wandered too close to the galaxy's giant black hole, which captured one of the stars and hurled the other two out of the Milky Way.
To trap and hold tiny microparticles, research engineers at Harvard have “put a ring on it,” using a silicon-based circular resonator to confine particles stably for up to several minutes.
Miriah Myer, a postdoctoral fellow, is a computer scientist using technology to better model and clarify medical data.
“More than meets the eye” may soon become more than just for the Transformer line of popular robotic toys. Researchers at Harvard and MIT have reshaped ...
A Harvard and MIT research team demonstrates how a single thin sheet composed of interconnected triangular sections can transform itself into another shape, without the help of skilled fingers, in a kind of origami robotics.
Researchers at Harvard's Wyss Institute for Biologically Inspired Engineering have created a device that mimics a living, breathing human lung on a microchip. The device, about the size of a rubber eraser, acts much like a lung in a human body and is made using human lung and blood vessel cells.
In nature, cells and tissues assemble and organize themselves within a matrix of protein fibers that ultimately determines their structure and function, such as the elasticity of skin and the contractility of heart tissue. These natural design principles have now been successfully replicated in the lab by bioengineers at Harvard's Wyss Institute for Biologically Inspired Engineering and School of Engineering and Applied Sciences.
Imagine creating novel devices with amazing and exotic optical properties not found in nature -- by simply evaporating a droplet of particles on a ...