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MIT

Researchers Harness Electricity from Water Droplets During Condensation

A team of researchers from MIT found that when water droplets jump away from...

“Local Warming” System Creates Personalized Climates Around Individuals

MIT researchers are using WiFi-based motion tracking and ceiling-mounted dynamic heating elements to create...

Researchers Transmit Wireless Broadband to the Moon

MIT and NASA researchers have demonstrated how wireless broadband can be transmitted to the...

3D Robots Made with Self-Assembling Components

Researchers at MIT have written two different papers that describe the idea of bakable...

Agilent Technologies Provides New Measurement Equipment for Teaching Laboratories at MIT

Agilent Technologies Inc. announced it has provided the Massachusetts Institute of Technology with industry-leading...
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MIT to Build New Nanoscale Research Facilities

MIT plans to invest $350 million towards state-of-the-art facilities to support nanoscale research that...

Engineers Create New Material Inspired by Natural Materials

MIT engineers have created a new material that was inspired by natural materials that feature the advantages of live cells and their ability to respond to their environment. This new material was demonstrated using bacterial cells that were coaxed to produce biofilms that can combine with nonliving materials.

Researchers Develop New Two-Dimensional Material for Optoelectronics

MIT researchers have developed a new material that is two-dimensional to create devices that have the ability to harness or emit light. The material, called tungsten diselenide (WSe2), could produce ultrathin, lightweight and flexible optoelectronic devices.

Researchers Develop New Low-Power Signal-Processing Chip for Cochlear Implants

A team of researchers at MIT’s Microsystems Technology Laboratory (MTL) with physicians from Harvard Medical School and the Massachusetts Eye and Ear Infirmary (MEEI) developed a low-power signal-processing chip that could change the future of cochlear implants. The device would require no external hardware and would be recharged wirelessly.

‘Max Flow’ Problem Could be Simplified with New Algorithm

Mathematicians and computer scientists have been challenged for decades by finding the most efficient way to move items across a network, but when the network has grown exponentially like the Internet, traditional methods prove problematic. A team at MIT has developed a new algorithm that reduces the time to solve these problems.

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