Electrical Engineering

MIT’s Metior framework enables quantitative evaluation of obfuscation schemes, enhancing chip design security against side-channel attacks.

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.

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.

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

Researchers develop a high-efficiency superconducting diode, potentially revolutionizing AI systems and scalable quantum computing.

Researchers from MIT have made significant strides in the development of portable mass spectrometers by utilizing additive manufacturing to create…

Engineers from MIT and Caltech have created an edible sensor that can be tracked in the digestive system. It helps…