Massachusetts Institute of Technology (MIT)

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Nanoscale Transistor Developments Could Enable More Efficient Electronics

MIT researchers are leveraging quantum mechanical properties to overcome the limits of silicon semiconductor technology, resulting in fast, powerful electronics that are also more energy-efficient.

The devices are made from thin, 3D-printed traces of the copper-doped polymer. They contain intersecting conductive regions that enable the researchers to regulate the resistance by controlling the voltage fed into the switch.

MIT Researchers Create Semiconductor-Free Logic Gates

MIT researchers have made fabricating semiconductor-free logic gates, which can be used to perform computation to help streamline the manufacture of electronics for many applications.

An artistic illustration of the integration between two distinct battery cathode structures, rock salt (blue polyhedra) and polyanion olivine (red/yellow polyhedra). A novel hybrid structure is obtained by integrating polyanions (yellow polyhedra) into a rock salt (blue polyhedra) structure. Courtesy: Yimeng Huang/Department of Nuclear Science and Engineering, Massachusetts Institute of Technology (MIT)

Disordered Rock Salt Research Results in Battery Breakthrough

MIT research found how a family of integrated rock salt-polyanion cathodes opens door to low-cost, high-energy storage for batteries, which could improve energy efficiency for electric vehicles (EVs).

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Adobe Stock 958230869

Nanoscale Transistor Developments Could Enable More Efficient Electronics

MIT researchers are leveraging quantum mechanical properties to overcome the limits of silicon semiconductor technology, resulting in fast, powerful electronics that are also more energy-efficient.

The devices are made from thin, 3D-printed traces of the copper-doped polymer. They contain intersecting conductive regions that enable the researchers to regulate the resistance by controlling the voltage fed into the switch.

MIT Researchers Create Semiconductor-Free Logic Gates

MIT researchers have made fabricating semiconductor-free logic gates, which can be used to perform computation to help streamline the manufacture of electronics for many applications.

An artistic illustration of the integration between two distinct battery cathode structures, rock salt (blue polyhedra) and polyanion olivine (red/yellow polyhedra). A novel hybrid structure is obtained by integrating polyanions (yellow polyhedra) into a rock salt (blue polyhedra) structure. Courtesy: Yimeng Huang/Department of Nuclear Science and Engineering, Massachusetts Institute of Technology (MIT)

Disordered Rock Salt Research Results in Battery Breakthrough

MIT research found how a family of integrated rock salt-polyanion cathodes opens door to low-cost, high-energy storage for batteries, which could improve energy efficiency for electric vehicles (EVs).