Massachusetts Institute of Technology– tag –
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MIT-Engineered High-Performance Steel Proves Mettle in F1 and Baja 1000, Powers Future MIT Electric Race Car
MIT News USA Overview A high-performance steel computationally designed at MIT has been selected for the 2026 MIT Motorsports electric race car, following its successful application in Formula One and Baja 1000 vehicles. This material, o... -
MIT Breakthrough Maps 3D Atomic Structure of Relaxor Ferroelectrics, Paving Way for Next-Gen Sensors and Memory
Lab Manager USA Overview MIT researchers have successfully mapped the 3D atomic structure of relaxor ferroelectrics using multi-slice electron ptychography (MEP), a critical advance published in Science. This breakthrough provides unprec... -
AI-Driven Multiscale Materials Design: Integrating Physics, Computation, and Manufacturing
MIT Professional Education USA Overview MIT Professional Education has launched a new course focusing on generative multiscale materials design, leveraging AI and physics-informed computational modeling. This program aims to equip profes... -
MIT’s Tiny Light Chip Revolutionizes LiDAR and Optics, Enabling Compact, Solid-State Devices via Silicon Photonics
YouTube (The Linus Tech Tips effect) USA Overview MIT researchers have developed a novel silicon photonics architecture featuring microscopic curved structures that efficiently beam light from a chip into free space without bulky moving ... -
MIT Breakthrough: New Optical Phased Array Design Shrinks LiDAR Sensors with Minimized Crosstalk
Photonics Spectra USA Overview MIT researchers have developed a novel silicon-photonics chip design for integrated optical phased arrays (OPAs) that drastically minimizes unwanted crosstalk, paving the way for significantly more compact,... -
Fujikura and MIT Introduce ‘Implosion Carving’: A New Paradigm for 3D Nanofabrication
株式会社フジクラのプレスリリース Japan Overview Fujikura, in collaboration with MIT, has unveiled "Implosion Carving (ImpCarv)," a groundbreaking 3D nanofabrication technique published in Nature Photonics. This method precisely sculpts i... -
MIT Pioneers Nanoporous Silicon for High-Efficiency Thermoelectric Conversion, Targeting ZT>3
MIT (Massachusetts Institute of Technology) USA Overview MIT researchers are exploring nanoporous silicon (nanoporous Si) as a high-efficiency thermoelectric material, crucial for eco-friendly technologies like waste heat recovery and so... -
MIT Silicon Photonics LiDAR Chip Enables Compact, High-Performance Sensors for Autonomous Systems
MIT News USA Overview MIT researchers have developed a novel silicon photonics chip design for LiDAR sensors, promising miniaturization and enhanced durability by eliminating moving parts. This innovative design minimizes unwanted crosst... -
South Korean Company Initiates Mass Production of Silicon Photonics Integrated Sensors for Automotive LiDAR, Boosting Autonomous Driving Adoption
ET News (韓国専門メディア) South Korea Overview A South Korean company has reportedly commenced mass production of silicon photonics-based integrated sensors for automotive LiDAR systems. These sensors employ Frequency Modulated Continuo...
