By A Mystery Man Writer
MIT researchers have developed a 3-D printing technique to create, at room temperature, piezoelectric ultrathin ceramic films capable of high frequency gigahertz-level actuation. The films could enable high-performance flexible electronics and high-sensitivity biosensing.
Computer program can translate a free-form 2-D drawing into a DNA structure
Architecture and urban design students helped create a fully functional microhouse built using 3-D printing technology - Technology Org
How MIT Is Revolutionizing Electronics With 3D-Printed Solenoids
Graphene News and Updates - The Graphene Council
Ultrathin 3-D-printed films convert energy of one form into another
Advanced Functional Materials: Vol 25, No 5
Recent Research - Research Centers & Labs
MIT 3D Printer Can Make Artificial Bones, Tendons
MIT.nano celebrates 5th anniversary at The Nano Summit!, MIT.nano posted on the topic
Growing a 2D Functional Transistor on a Silicon Wafer - Tech Briefs