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[SITUATION] · [QUIET] · [TECHNOLOGY]
2 clusters · 3 sources · 21 days · First seen · Last updated
MIT semiconductor manufacturing advancements
Overview
Researchers at the Massachusetts Institute of Technology (MIT) have advanced semiconductor manufacturing through new fabrication techniques. Initially, a team led by Sarah Spector developed an industrial-scale method to integrate delicate molecules into electronic chips using nanoscale capillary forces to prevent damage during self-assembly.
Building on advancements in chip fabrication, MIT researchers and engineers from the Albany NanoTech Complex subsequently developed a scalable platform for creating flexible and transparent silicon-photonics chips. By utilizing 300-mm wafers and bonding optical waveguides to thin polyester films, the team produced devices only a few microns thick that can withstand being bent thousands of times. These developments aim to support applications in quantum technology, conformable health monitors, and augmented-reality optical systems.
Entities
Sarah Spector · Massachusetts Institute of Technology · Albany NanoTech Complex · Tal Sneh · MIT
Timeline
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9 days ago
[TECHNOLOGY] 3 sourcesMIT researchers develop flexible, transparent silicon-photonics chipsMIT researchers have developed a scalable way to manufacture flexible, transparent silicon-photonics chips on 300-mm wafers, enabling new uses in wearable electronics and augmented reality.
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30 days ago
[TECHNOLOGY] 2 sourcesMIT researchers develop technique to integrate molecules into electronic chipsMIT researchers have developed a new manufacturing technique to integrate delicate molecules into electronic chips using nanoscale forces, overcoming damage caused by traditional semiconductor processes.
Sources
electronicsforu.com · interestingengineering.com · quantumzeitgeist.com