A 15 year old engineered a robotic sea turtle that detects invisible ocean threats while helping track marine pollution at ...

Can ultrathin nanomaterials be produced without complex fabrication? A laser based technique could make scalable ...

The technology combines real-time compensation and digital lithography to improve the manufacturing of next-generation ...

A chip design software helps engineers check power and electromagnetic effects together, reducing design time and improving ...

MIT researchers have developed a low-power scanning reflectarray antenna that improves anti-jamming satellite communications ...

A new 3D-printed zinc-ion battery combines high energy density and long cycle life, potentially supporting future grid-scale ...

A robotic bird that mimics kestrel movements has helped researchers uncover how birds maintain stability in turbulent air ...

A test system checks chiplets before packaging, helping chip makers find faulty chips early, improve yield, and increase ...

Can one material deliver both tunability and low energy loss? Researchers have demonstrated a solution once considered ...

Researchers have developed a tunable low-loss dielectric that overcomes a decades-old materials challenge, paving the way for ...

An 80 GHz FMCW radar level meter expands precision level monitoring for liquids, slurries and bulk solids with long-range ...

By correcting distortion, the lithography platform could make high volume production of advanced electronics more reliable. How?