News All news stories Filter by Topics Academics Active Learning Labs AI / Machine Learning Allston Campus Applied Computation Applied Mathematics Applied Physics Alumni Awards Belonging Collective behavior Community Computational Science & Engineering Data Sciences Dean REEF Makerspace Bioengineering Climate Computer Science Cooking COVID-19 Design Electrical & Computer Engineering Entrepreneurship Environment Environmental Science & Engineering Ethics Events Geoengineering Graduate Student Profile Health / Medicine Industry K-12 Kirigami Master of Design Engineering Materials Materials Science & Mechanical Engineering Meet Our Faculty Metasurfaces MS/MBA Optics / Photonics Planetary Science Quantum Engineering Research Robotics Robobee Student Organizations Technology Undergraduate Student Profile Wearable Devices Wildfire Date Showing 192 of 194 results Jun 20, 2012 Novel coating that repels just about anything receives R&D 100 Award "SLIPS" technology, developed by the lab of Joanna Aizenberg, has transformative potential for everyday life Materials, Bioengineering Jun 11, 2012 A new spin on antifreeze Researchers create ultra-slippery, anti-ice and anti-frost surfaces Materials Apr 3, 2012 Robotic design and production as easy as 1-2-3 NSF grant funds team of researchers at MIT, Harvard, and Penn to create design and print-your-own robot technology Robotics, Materials, Electrical & Computer Engineering, Awards Mar 26, 2012 "Buckliball," an engineered buckling structure, advances folding materials Inspired by a toy, the collapsible buckliball represents a new class of 3D, origami-like structures Materials, Bioengineering, Applied Physics Mar 8, 2012 Metamaterials may advance with new femtosecond laser technique "Lucky" combination of chemicals and laser pulses enables high-resolution, 3D patterning for futuristic optical materials Materials, Applied Physics Mar 5, 2012 Joanna Aizenberg talks "extreme biomimetics" at TEDxBigApple Lively video from the February event describes biologically inspired engineering of new materials (TEDxBigApple) Materials, Bioengineering Feb 15, 2012 In new mass-production technique, robotic insects spring to life Production method inspired by children's pop-up books enables rapid fabrication of tiny, complex devices Robotics, Materials, Electrical & Computer Engineering Feb 13, 2012 Katia Bertoldi wins Faculty Early Career Development Award NSF CAREER Award to support mechanical engineer's aim to create a new class of responsive origami-like materials Materials, Awards, Applied Physics Sep 21, 2011 Slippery slope: researchers take advice from carnivorous plant Bio-inspired coating resists liquids and could lead to a broad range of advances in fuel transport, anti-bacterial surfaces, and more Materials, Bioengineering Aug 3, 2011 "Watermark Ink" device identifies unknown liquids instantly New 3D-nanostructured chip offers a litmus test for surface tension (and doubles as a carrier for secret messages) Materials, Applied Physics Apr 12, 2011 Researchers discover the cause of irradiation-induced instability in materials surfaces Key insight may help nuclear industry advance clean fusion power Materials, Environment, Applied Mathematics Apr 3, 2011 Materials scientists at Harvard demonstrate the first macro-scale thin-film solid-oxide fuel cell Strong, nanostructured membrane enables scaling for practical clean-energy applications Materials, Environment, Applied Physics Pagination First page « Previous page ‹ … Page 13 Page 14 Page 15 Current page 16 Page 17 Next page › Last page » Cutting-edge science delivered direct to your inbox. Join the Research Roundup mailing list. Subscribe
Jun 20, 2012 Novel coating that repels just about anything receives R&D 100 Award "SLIPS" technology, developed by the lab of Joanna Aizenberg, has transformative potential for everyday life Materials, Bioengineering
Jun 11, 2012 A new spin on antifreeze Researchers create ultra-slippery, anti-ice and anti-frost surfaces Materials
Apr 3, 2012 Robotic design and production as easy as 1-2-3 NSF grant funds team of researchers at MIT, Harvard, and Penn to create design and print-your-own robot technology Robotics, Materials, Electrical & Computer Engineering, Awards
Mar 26, 2012 "Buckliball," an engineered buckling structure, advances folding materials Inspired by a toy, the collapsible buckliball represents a new class of 3D, origami-like structures Materials, Bioengineering, Applied Physics
Mar 8, 2012 Metamaterials may advance with new femtosecond laser technique "Lucky" combination of chemicals and laser pulses enables high-resolution, 3D patterning for futuristic optical materials Materials, Applied Physics
Mar 5, 2012 Joanna Aizenberg talks "extreme biomimetics" at TEDxBigApple Lively video from the February event describes biologically inspired engineering of new materials (TEDxBigApple) Materials, Bioengineering
Feb 15, 2012 In new mass-production technique, robotic insects spring to life Production method inspired by children's pop-up books enables rapid fabrication of tiny, complex devices Robotics, Materials, Electrical & Computer Engineering
Feb 13, 2012 Katia Bertoldi wins Faculty Early Career Development Award NSF CAREER Award to support mechanical engineer's aim to create a new class of responsive origami-like materials Materials, Awards, Applied Physics
Sep 21, 2011 Slippery slope: researchers take advice from carnivorous plant Bio-inspired coating resists liquids and could lead to a broad range of advances in fuel transport, anti-bacterial surfaces, and more Materials, Bioengineering
Aug 3, 2011 "Watermark Ink" device identifies unknown liquids instantly New 3D-nanostructured chip offers a litmus test for surface tension (and doubles as a carrier for secret messages) Materials, Applied Physics
Apr 12, 2011 Researchers discover the cause of irradiation-induced instability in materials surfaces Key insight may help nuclear industry advance clean fusion power Materials, Environment, Applied Mathematics
Apr 3, 2011 Materials scientists at Harvard demonstrate the first macro-scale thin-film solid-oxide fuel cell Strong, nanostructured membrane enables scaling for practical clean-energy applications Materials, Environment, Applied Physics
