Engineering

MIT’s groundbreaking technique allows precise growth of nanocrystals, enabling integration into nanoscale devices for optoelectronics applications.

MIT-Takeda researchers use a laser-AI method, PEACE, to optimize pharmaceutical production, improving efficiency and sustainability.

Groundbreaking study reveals hidden threat of subterranean climate change impacting urban stability and infrastructure durability.

New research unveils a safe and efficient method of storing ammonia using a perovskite compound, facilitating the transition to a …

Revolutionary metallic gel enables 4D printing, shape-shifting, and high electrical conductivity in room temperature 3D prints.

Harvard scientists harness points of darkness in light using metasurfaces for remote sensing and covert detection applications.

Revolutionary advancement in thermal management of semiconductors using surface plasmon polaritons boosts heat dispersal by 25%.

MIT engineers develop superabsorbent hydrogel infused with lithium chloride for efficient water harvesting in deserts and improved air conditioning.

Revolutionary metamaterials enable visible and ultraviolet meta-holograms, expanding possibilities for security applications. Breakthrough study by POSTECH researchers.

Unleashing the power of light, photonic computing utilizing cellular automata offers faster and more efficient computational capabilities.