MIT Research

MIT’s breakthrough in cellular imaging allows observation of multiple molecules in cells, enhancing understanding of cellular functions and behaviors.

Innovative MIT method uses lasers to test metamaterials, aiding advancements in technology and materials science.

Overview of MIT’s advanced 3D printer using computer vision for complex, multimaterial fabrications and its revolutionary applications.

MIT and NVIDIA develop AI-enhancing techniques, HighLight and Tailors & Swiftiles, for efficient sparse tensor processing in machine learning.

Overview of MIT’s discovery of Fanzors, new gene-editing enzymes in eukaryotes, enhancing RNA-guided genome editing beyond CRISPR.

MIT’s discovery of the open structure of SARS-CoV-2’s E channel, offering insights for new COVID-19 treatments targeting inflammation.

MIT physicists create a 3D crystal trapping electrons in a flat band, mirroring ‘kagome’ art, a potential leap for superconductivity …

Insights into the brain’s learning processes and AI model training through MIT’s self-supervised learning studies.

MIT team converts graphite to exhibit new insulating, magnetic, and topological traits, redefining materials physics with nanotechnology.

MIT team discovers light can trigger water evaporation in hydrogels, exceeding rates achieved by heat, potentially revolutionizing solar desalination.