All articles tagged with #mit
MIT researchers built a physics-first 3D violin model (based on Strad3D data) that lets luthiers tweak design parameters like wood type and body thickness and hear how those changes affect sound in early design stages; the tool currently simulates pizzicato and surrounding air physics, with bowing to be added in future work.
MIT researchers built a physics-based computational violin that simulates realistic violin sound by modeling how vibrating strings interact with air, enabling luthiers to audition design changes (wood type, back-plate thickness) virtually before building. The current model handles pizzicato; bowing is more complex and will come later, representing the first physics-based foundation for violin sound.
MIT-backed Tutor Intelligence operates Watertown's largest robot data factory to generate the training data robots need to perform basic physical tasks, with the aim of creating adaptable, general-purpose skills that can function in real-world environments—pushing robots toward everyday presence within five years.
MIT researchers’ PlanetWaves model, which accounts for gravity, atmospheric pressure and liquid properties, predicts Titan’s methane/ethane lakes could produce waves around 10 feet tall even with light winds, thanks to Titan’s low gravity and the fuel-like liquids; the model was calibrated with Lake Superior data and then applied to other worlds, offering insights for future probes that might float on Titan’s seas.
MIT researchers unveil a JWST-based method to detect and track decameter-scale asteroids that are too faint for ground-based telescopes, enabling earlier threat assessment to protect satellites and space infrastructure; the approach, demonstrated with asteroid 2024 YR4, is part of a broader planetary-defense effort that leverages collaborations with observatories like Vera Rubin and MIT facilities to accelerate detection-to-mitigation.
MIT researchers retrofit a four-extruder 3D printer to produce a fully functional linear motor using five materials in about three hours, slashing prototype costs to roughly $0.50 and signaling a path toward on-demand manufacturing and replacement parts—even as printing complete vehicles remains far off.
Researchers propose using noninvasive transcranial focused ultrasound to stimulate specific deep-brain regions in healthy subjects, enabling cause‑and‑effect tests of how consciousness arises and where it resides, potentially resolving debates about localized versus network-based origins of conscious experience.
Mashable highlights 16 MIT courses on edX that are free to audit, spanning AI, Python programming, investing, statistics, and supply-chain topics; these courses do not offer certificates or graded assignments, but learners can start at their own pace.
MIT researchers, with NASA backing, are advancing nuclear thermal propulsion to drastically reduce Mars travel time by heating propellant with nuclear energy; Hampson models a full engine’s thermodynamics and neutronics, addresses startup/shutdown cooling challenges, and leverages the MIT Reactor for fuel testing as NASA eyes crewed Mars missions in the 2030s.
MIT engineers have developed a biodegradable ingestible capsule with a zinc-cellulose antenna and a micro-RFID chip that emits a real-time signal confirming a pill has been swallowed. The capsule dissolves in the stomach while the RFID component is excreted, enabling noninvasive adherence monitoring for critical therapies (e.g., transplant immunosuppression) and potential integration with health records. The SAFARI project uses safe, eco-friendly materials and aims for human trials, offering a pathway to real-time feedback without bulky wearables.
Claudio Neves Valente, a former Brown student, planned and carried out a shooting at Brown University and MIT, killing two students and an MIT professor, leaving behind videos that confessed to the murders but did not reveal a motive. He was found dead in a storage unit after the attack, and his videos addressed misinformation and expressed no remorse, with no clear motive provided.
Researchers at MIT have developed a new kirigami-inspired material that can transform into various 3D structures with a simple pull of a string, enabling applications like medical devices, foldable robots, and space habitats. The process uses an algorithm to design flat grids that morph into complex shapes, demonstrating ease of use and potential for scalable deployment.
Chris Williams, a Maryland native and astrophysics researcher, fulfilled his childhood dream of traveling to space, having a background in astrophysics, medical physics, and volunteer emergency services.
MIT researchers have developed a method to temporarily boost immune function in aging by reprogramming liver cells to produce T-cell supporting signals, improving immune responses and potentially helping older adults stay healthier longer.
MIT scientists have successfully imaged 'second sound,' a wave-like heat propagation in superfluid quantum gases, using a novel thermography technique, which could have implications for understanding high-temperature superconductors and neutron stars.