Massachusetts Institute of Technology– tag –
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MIT Researchers Evaluate Role of Processing Conditions in Informatics Modeling of High Tg Polymers, Enhancing Predictive Accuracy
arXiv USA Overview MIT researchers published a study evaluating the role of processing conditions in informatics modeling of high glass transition temperature (Tg) polymers. While conventional Tg prediction primarily relied on chemical s... -
MIT Researchers Uncover Critical Role of Coverage-Dependent Lateral Interactions in High-Entropy Alloy Electrocatalytic Activity for Oxygen Reduction Reaction via MLIPs
PubMed USA Overview MIT researchers developed a framework utilizing Machine Learning Interatomic Potentials (MLIPs) to model the oxygen reduction reaction (ORR) within the compositional space of Ag-Ir-Ru-Pd-Pt-Cu-Rh-Re high-entropy alloy... -
MIT and Caltech Researchers Achieve Quantum Error Correction with a Single Ion, Reducing Errors by 2.2-Fold and Extending Qubit Lifetime by 1.5 Times
The Quantum Insider USA Overview Researchers at MIT and Caltech have demonstrated an advancement in quantum error correction by encoding a logical qubit within a single ion, achieving up to a 2.2-fold reduction in errors and extending qu... -
MIT Lincoln Lab Bolsters AI-Driven Materials Discovery Team, Recruiting Experimental Materials Scientists/Engineers to Accelerate Wide-Bandgap Semiconductor Research for National Security
MIT Lincoln Laboratory USA Overview MIT Lincoln Laboratory is hiring an Experimental Materials Scientist/Engineer to strengthen its AI-driven rapid materials discovery team. This role will lead hands-on research in advanced materials syn... -
MIT Develops Tiny Infrared Chip Using Phase Change Materials, Advancing Gas and Heat Detection and Miniaturizing Optical Devices
MIT News USA Overview MIT researchers have developed a tiny infrared chip utilizing metasurfaces with phase-change materials to dynamically control light. This innovation holds the potential to significantly improve the detection of gase... -
MIT’s Electronic-Photonic Chip Achieves Over 1 Pbps Data Transfer, Targets 10 Pbps by 2030 to Resolve AI Energy Crisis
MarketWise USA Overview A novel optical coupler developed through MIT's FUTUR-IC program enables AI chips to transfer data at over 1 petabit per second (Pbps), with ambitions for 10 Pbps by 2030. This electronic-photonic integration dram... -
MIT Researchers Identify Key Cause of Solid-State Battery Failure: Electrical Imbalance Between Electrolyte Grains Promotes Dendrite Formation
MIT News USA Overview Researchers from MIT and the Technical University of Munich have identified that subtle electrical imbalances between grains in solid-state electrolyte materials are a primary cause of solid-state battery performanc... -
MIT Team’s Machine Learning Deciphers Atomic Interactions, Accelerating Discovery of Alloys for Rockets, Chips, and Clean Energy
ECOticias.com USA Overview An MIT research team has developed a machine learning method that more accurately models the behavior of metal alloys by analyzing the 'invisible neighborhoods' of atoms in chemically disordered materials. This... -
MIT Researchers Uncover Stable Multiple Superconducting States in Graphene, Paving Way for Advanced Material Design
MIT News USA Overview MIT researchers have discovered that graphene with a specific microstructure can stably host multiple superconducting states simultaneously, a rare phenomenon in nature. This graphene maintains its superconductivity... -
MIT Consortium Tackles AI ‘Hallucinations’ to Fast-Track Battery and Semiconductor Materials Discovery
MIT Generative AI Impact Consortium USA Overview The MIT Generative AI Impact Consortium is addressing the critical issue of 'hallucinations' in large language model (LLM)-based agents when applied to materials science research. By devel...
