Now, Jiayan Liao, Ji Zhou, Zhengwen Yang and a multidisciplinary team have made progress toward this goal by creating reversible, tunable patterns on photochromic gallium silicate glass. The team ...

Liao and the team used a green 532-nanometer (nm)-wavelength laser to inscribe 3D patterns into tiny slabs of the doped glass. The intricate patterns, randomly chosen dots, symbols, QR codes ...

Despite centuries of accumulated knowledge, predicting how a particular knit pattern will behave remains ... Where knitting meets origami Niu explains that the work fits into the larger focus ...

Despite centuries of accumulated knowledge, predicting how a particular knit pattern will behave remains ... knitogami—a fusion of knitting and origami that captures the idea of self-folding ...

astronomers have mapped the 3D structure of the layered atmosphere of one such ultra-hot Jupiter-size exoplanet, revealing powerful winds that create intricate weather patterns across that atmosphere.

Tiny beams, called trabeculae, connect to one another in irregular patterns, distributing stress and lending bones an impressive toughness ... materials whose internal structures—often produced via ...

The bases have associated electrochemical processes, so it is necessary to understand which level of electrochemical stabilization the origami structure gives. The potential stability should depend ...

The term DNA origami was first coined more than a decade ago to describe a method of forming 3D shapes with DNA and has more recently been used to design ... The shorter strands provided instructions ...

You will also be covering other approaches to sustainable pattern cutting using draping and fabric manipulation techniques. You will also be re-purposing existing clothing and draping on the stands, ...

What You’ll Learn: The benefits of using 3D printing to produce composite parts Two step-by-step workflows for 3D printing patterns for composite mold-making Lessons from Panoz Racing, including ...