Researchers Develop 3D-Printed Materials that Remember Their Original Shape Morgan Laidlaw September 6, 2016 Researchers from MIT and SUTD have recently developed 3D printed materials that “remember” their original shape.Read More
Researchers Develop Epoxy Solvent for Fiber Glass Morgan Laidlaw August 30, 2016 Researchers at Georgia Institute of Technology have developed a method to dissolve the epoxy that binds carbon fibers.Read More
Young Scientist Develops Super-Absorbent Polymer Morgan Laidlaw August 23, 2016 A teenage scientist has created a super-absorbent polymer to combat the severe drought currently ravaging South Africa. Read More
Zhenan Bao Featured on MIT Tech Review Website Morgan Laidlaw August 16, 2016 Zhenan Bao was featured in a profile written for the MIT Technology Review website.Read More
IFT Symposium Discusses Coatings for Food Packaging Morgan Laidlaw August 9, 2016 At a recent Institute of Food Technologies symposium there was discussion of new coatings that could better combat food-borne illnesses. Read More
Researchers Develop New Green Polymer for Solar Cells Morgan Laidlaw August 2, 2016 Researchers at the University of Malaya in Kuala Lumpur, Malaysia have developed a green polymer for dye-sensitized solar cells. Read More
Scientists Develop Bio-Medical Adhesive Inspired by Octopi Morgan Laidlaw July 26, 2016 Scientists in South Korea have developed a new adhesive inspired from the suction cups on octopus tentacles. Read More
Researchers Developing Medical Adhesive from Mussels Morgan Laidlaw July 19, 2016 Researchers at the University of California Berkeley have received funding to develop a medical adhesive for fetal surgery.Read More
Researchers Discover New Catalyst for CO2 Conversion Morgan Laidlaw July 12, 2016 Researchers at the Ruhr University Bochum recently discovered a catalyst that selectively converts CO2. Read More
Researchers Develop Bio-Film Coating for Polymer Implants Morgan Laidlaw June 21, 2016 Researchers have developed a coating for polymer implants so they bond more easily to bone.Read More
