The Massachusetts Institute of Technology (MIT) and Arizona State University have designed a computer program that can print any free-form drawing as a 2D nanoscale structure made of DNA. At the ...

Scientists at MIT and Arizona State University created a program that enables users to transform a drawing into a DNA structure. Before this, it took technical know-how to design these two-dimensional ...

MIT engineers have developed a novel method to assemble arrays of quantum rods, which could be integrated into LEDs to enhance televisions or virtual reality (VR) devices. MIT engineers devised a new ...

A select few scientists have dazzled their peers by using DNA to build two-dimensional and complex three-dimensional structures that hold lots of promise in the fields of medicine and synthetic ...

Even though it's been more than a decade since the Human Genome Project was completed (in April 2003, to be exact), we still have a long way to go when it comes to mapping DNA. Perhaps none are more ...

A nine-story assemblage of tumbling cubes and toppling cones has been stealing attention lately from the Massachusetts Institute of Technology’s shallow classical domes and the iconic “infinite ...

Chemical and molecular engineers at at MIT and Harvard have successfully used templates made of DNA to cheaply and easily pattern graphene into nanoscale structures that could eventually be fashioned ...

The amount of new digital data grows by 2.5 million gigabytes every day, according to MIT, adding to the approximately 10 trillion gigabytes of digital data that already exists. All of this data — ...

CRISPR is a powerful gene-editing tool that’s showing real promise in treating diseases like HIV, cancer, diabetes and a host of others. Now, new research from MIT and Harvard is showing how versatile ...

June 10 (UPI) --Scientists at the Massachusetts Institute of Technology have developed a new technique for labeling and retrieving DNA data files -- a breakthrough that could help shrink the carbon ...

Portland, Ore. – A soft-lithography technique that harnesses deoxyribonucleic acid (DNA) as a self-reproducing template is being developed at the Massachusetts Institute of Technology's Supramolecular ...